Care-Seeking Behavior for Upper Respiratory Infections

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Care-Seeking Behavior for Upper Respiratory Infections

BACKGROUND: Many recent efforts to reduce unnecessary medical services have targeted care of upper respiratory infections (URIs). We tested whether patients who seek care very early in their illness differ from those who seek care later and whether they might require a different approach to care.

METHODS: We surveyed by telephone 257 adult patients and 249 parents of child patients who called or visited one of 3 primary care clinics within 10 days (adults) or 14 days (parents) of the onset of uncomplicated URI symptoms. Those who contacted the clinic within the first 2 days of illness were compared with those who made contact later.

RESULTS: Although 28% of adults and 41% of parents contacted their clinic within the first 2 days of symptom onset, we found very few differences in the characteristics of the caller or patient between those who called early and later. The illnesses of those who called early were not more severe, and they did not have different beliefs, histories, approaches to medical care, or needs. The only clinician-relevant difference was that adult patients calling in the first 2 days had a greater desire to rule out complications (84.7% vs 64.1% calling in 3-5 days and 70.6% calling after 5 days of illness, P .05).

CONCLUSIONS: Those who seek medical care very early for a URI do not appear to be different in clinically important ways. If we are going to reduce overuse of medical care and antibiotics for URIs, clinical trials of more effective and efficient strategies are needed to encourage home care and self-management.

Rising health care costs (especially for medications) and a growing concern that unnecessary antibiotic use is creating troublesome bacterial resistance patterns have triggered increasing attention to upper respiratory infection (URI) care.1 URIs are the most frequent reason for office visits and antibiotic use, and at least 50% of patient visits with the diagnosis of URI, cold, or bronchitis include the writing of antibiotic prescriptions.1-2 Also, there is reason to believe that antibiotic use for URI symptoms has increased during the past 2 decades, despite increasing public health efforts to the contrary.3

Much of the expanding literature on URI patients is descriptive, attempting to provide understanding of their expectations and the relationship of various characteristics to antibiotic use for this illness.4-12 Because of the belief that it is patients who create most of the visits and antibiotic use, most studies of URI care address patients’ perceptions, attitudes, and satisfaction.2,4-12 Some studies, however, have shown that the physician’s perception that a patient expects antibiotics is the strongest predictor of prescriptions, even though that perception is not always correct.4-5 This literature suggests that once patients with URIs appear in the clinic it is likely that they will leave with an antibiotic prescription, either because the clinician feels that the illness might be helped by antibiotics or because he or she believes that the patient will be unhappy if antibiotics are not provided. Miller and colleagues13 obtained physician questionnaires for patients with a suspected infection as the reason for the visit. They found that physicians responded to their perception that patients wanted an antibiotic only when the physicians were uncertain about the need for it. When they were fairly certain that an antibiotic was either needed or not needed, perceived patient demand was rarely a factor. Patient satisfaction does not appear to be related to the receipt of antibiotics even when they are expected.5-6

Patients who call or come in within the first few days of the onset of their illness constitute a particularly troubling subgroup of patients for most clinicians. Because it is usually difficult for a clinician to predict whether patients with early URI symptoms are going to encounter complications, it is hard for the clinician to avoid assuming that these patients are either sicker or unusually desirous of a test or treatment. In the absence of any studies of this subgroup, it is possible that those making early contact are particularly likely to receive antibiotics. They will continue to frustrate clinicians and to confound health care system efforts to reduce unnecessary visits and treatments.

To understand the local failure of the implementation of a URI clinical guideline targeted at reducing unnecessary patient visits and antibiotic prescriptions, we conducted a study of the characteristics of patients who seek care for URI symptoms.14 A study of that guideline’s implementation had demonstrated that only 13% of primary care patients with respiratory symptoms were eligible for guideline care, and that subgroup did not show a decrease in clinic visits, antibiotic use, or care costs after guideline implementation.15

 

 

Our study provided an opportunity to better understand the adult patient or parent who seeks care particularly early in the course of the illness. Our research question was: Are those patients or parents who make contact with their care providers particularly early in the course of the illness different from those who make contact later in any way that should affect the way in which they are approached by clinicians or nurses? We hypothesized that the illnesses of these patients are different or that they have different reasons for seeking care from those who present later in the course of the illness. We felt that if clinicians understood these differences, perhaps they could help these patients more effectively, and care systems could reduce unnecessary services and antibiotic usage.

Methods

To test these hypotheses we conducted a telephone survey of cross-sectional samples of adults or parents of children seeking care for URI symptoms at one of 3 diverse primary care clinics in the Minneapolis/St. Paul region of Minnesota: a primary care site for a large multispecialty group practice in an affluent suburb, a staff-model health maintenance organization clinic in a blue-collar suburb, and a medium-sized primary care medical group in a nearby town.

To be included in the sample, adults had to be from 18 to 64 years old or parents of children aged 3 months to 17 years. The patients needed to have a runny nose, cough, or sore throat and to have called or visited the clinic within 14 days (adults) or 10 days (parents) of the onset of symptoms during the study period (March 1, 1997, to May 1, 1997). The subjects were excluded if they reported poor general health, ear pain or infection, or did not speak English. Eligible people were identified from each clinic’s logs of walk-in visits, scheduled appointments, or calls to get advice.

A telephone interview was conducted between 48 and 96 hours after the initial contact with the clinic. Patient selection continued until at least 80 adults and 80 parents of children had participated from each site. The interview consisted of 88 questions devised by study investigators and revised after interviews with 20 patients. Additional pretesting was done with the first 15 patients identified in one clinic. A second 15-item follow-up interview was conducted with the subset of participants who had initially made contact with the clinic within 7 days (adults) or 5 days (parents) of the onset of symptoms. This follow-up interview was made on day 14 (adults) or day 10 (parents) of symptom onset to assess the episode of illness more completely.

Because the dependent variable of interest was the number of days between the onset of illness and the patient’s contact with the clinic, subjects were divided into 3 approximately equal groups. Because contact in the first 2 days of illness may be the most difficult for clinicians to understand and because McIsaac and coworkers16 showed that adults with URI symptoms for more than 2 days were 2.7 times more likely to visit the physician than those sick for 1 to 2 days, the members of this group were designated as the early callers. These callers were compared with those who waited to contact their clinic until between 3 and 5 days or after 5 days of symptoms (who constitute the other 2 groups). Because nearly all subjects had made both a call and a visit (usually within a very short period of time), it was not possible to clearly separate the response into these 2 groups in the analysis.

Descriptive statistics were examined separately for each of the study variables for adult patients and parents. We used the chi-square test of association to compare categorical variables for the 3 illness duration subgroups within each age group.

Results

Interviews were completed with 257 adult patients and 249 parents of child patients (with completion rates of those who met the selection criteria of 94% and 90%, respectively). The sample size for each subgroup by duration of illness and the demographic characteristics of these individuals are listed in Table 1.

Twenty-eight percent of the adult patients and 41% of the child patients had been ill only 1 to 2 days at the time of their first contact with the health care system. None of the characteristics listed in Table 1 differed significantly among these groups, except that parents calling within 2 days of their child’s illness were somewhat less likely to have a college education than parents calling later.

Table 2 illustrates that early callers (in the first 2 days) did not have symptoms that were more frequent or severe than the other groups. In fact, children in this group were less likely to have a cough or green nasal drainage than those in the groups that made contact later (after 3 or more days). Fever, however, was less frequent in both adults and children of parents who sought care after 5 days.

 

 

Adult patients and parents who contacted the clinic early were not more likely to report being unsure that the symptoms represented a cold or being unsure how to treat the symptoms than those coming in after the first 2 days. There was also no greater likelihood that either adults or parents in the early calling group would report a history of any of the following: colds lasting longer; colds being complicated by sinusitis, otitis, or streptococcal infections; seeing a physician for a cold or being told by a physician to be seen; or receiving antibiotics for cold symptoms. Parents (but not adult patients) who made contact early, however, were significantly more likely to report a history of having recovered faster with an antibiotic prescription in the past (42% vs 22% and 23%, P=.01).

The only other differences among these 3 groups were in what they were seeking from the contact and whether they felt that the cold had lasted too long. Adult patients (but not parents) who sought care early were more likely to be worried about complications, while those who appeared later were more likely to want antibiotics and relief (Table 3).

Both adult patients and parents who made contact later were more likely to feel that the cold had lasted too long. For adult patients, 87% of groups that made contact later—but only 46% of those who made contact early—felt that the illness had been going on too long (P=.001). This finding was similar for parents of sick children but to a lesser degree (78% vs 58%, P=.01).

There were no differences in knowledge or beliefs about colds among these 3 groups for either adult patients or parents. Although more than 80% of all groups believed viruses cause colds, 50% believed bacteria also can cause them, and 80% agreed that getting tired and rundown causes colds. Eighty-five percent thought that colds resolve on their own, but 97% thought that rest helps, 66% felt that steam or Vitamin C helps, and nearly half believed in the value of chicken soup.

Finally, early callers were no more likely than those who came in later to report attitudes toward medical care or satisfaction with the visit that might affect their timing of medical care use. Thus, the duration of illness had no effect on respondent reactions to any of the following statements: (1) I will do just about anything to avoid going to the doctor; (2) when I am sick, I try not to let others know; (3) I usually go to the doctor as soon as I start to feel bad; (4) I have paid for my health insurance, so I might as well use it; (5) overall, I liked the manner in which my/my child’s problem was handled; (6) I trust the advice I was given for this illness; and (7) I would recommend this clinic to family or friends for an illness like this.

What about antibiotic use? Although 65% of patients received antibiotics within the 14-day observation period of our study, there was no relationship between receipt of antibiotics and the duration of symptoms at the time of first contact.

Discussion

Contrary to our original hypotheses and the expectations of many clinicians, symptomatic adults and parents of symptomatic children who seek medical assistance soon after the development of URI symptoms do not appear to be different in any important way from those making contact later. They do not have different demographic characteristics, beliefs about colds, or past experiences that might lead them to seek this very early contact. They are also not more likely to have different health status or to have different or more severe symptoms than those seeking care later in their illness (except for a somewhat greater frequency of fever). Although they are more likely to be concerned about complications, they are not any more likely to be unsure about the diagnosis or treatment and do not seem to want anything from the health care system that is different from those making contact later. Specifically, they are not any more likely to want antibiotics for their illness and are not more likely to receive them, despite the fact that parents who call or visit in the first 2 days are twice as likely to report that their child recovered more quickly with antibiotics in the past. Finally, they do not report attitudes toward medical care or satisfaction with the care of this illness that are any different from those who make later contact.

Because nearly one third of adult patients and two fifths of the parents of child patients seek care too early for the clinician to be very confident about the course of the illness, what is it that leads them to this action? There may be some reason that was not addressed in our survey, or the respondents may not feel comfortable admitting to their reasons in an interview sponsored by the health system. It seems more likely, however, that they are simply somewhat more eager to bring health problems to medical attention. The evidence-based guideline that led to our study suggests that almost all the patients in any of the groups we compared are seeking care too early.17

 

 

The overall rate at which antibiotics were prescribed for these patients (65%) is similar to that reported by most other studies.1,4-5 One of the principal aims of the guideline that led to our study was reduction of unnecessary antibiotic use, along with encouragement for initial telephone care instead of office visits for uncomplicated cases.17 The guideline also recommended contact only under these conditions: worsening or new symptoms after the first 3 to 5 days and lack of improvement after 7 to 10 days (children) or 14 days (adults).

However, an impact study of that guideline’s implementation by O’Connor and colleagues15 found that patients who received telephone advice were 50% more likely to come in for an office visit after guideline implementation than before. Also, although antibiotic use at initial contact for the diagnosis of a URI fell from 24% to 16%, the likelihood of receiving an antibiotic during a 21-day follow-up period actually rose after the implementation of the guideline. O’Connor and coworkers concluded that the failure of the guideline implementation to achieve its aims was the result of conflict with patient expectations and desires. Because only those adult patients with illnesses of more than 5 days’ duration reported desires for antibiotic prescriptions at a rate as high as that for actual use, patient desires do not seem to be the only driver of antibiotic use.

Limitations

Our analysis is limited by its inability to separate those who called from those who visited, although the usual concurrence of those events makes any such study difficult. It is also limited in that it is focused entirely on patient responses to a telephone survey, with no additional information about the illness diagnoses, care, or outcomes from chart audits.

Conclusions

There were no obvious explanations in our survey results for the decision by a sizable minority of those seeking medical attention for URI symptoms to do so very soon after the onset of their symptoms. Clinicians will need to elicit and address the chief concerns and needs of each patient they see, regardless of the timing of that contact. It is possible that providing more general information to potential patients about the nature and care of URIs will help health care systems delay or reduce the perceived need of these patients for such contacts, but that remains to be proved. It is time for researchers to move into trials of various intervention strategies that may reduce both unnecessary visits and the associated antibiotic use.

Acknowledgments

Our project was supported by a grant from the Institute for Clinical Systems Improvement, Minneapolis, Minnesota. We are also grateful to the clinic staff who cooperated with our need to identify patients making contact for their URI symptoms.

References

1. Gonzales R, Steiner JF, Sande MA. Antibiotic prescribing for adults with colds, upper respiratory tract infections, and bronchitis by ambulatory care physicians. JAMA 1997;278:901-04.

2. Schappert SM. National ambulatory medical care survey, 1991 summary. Vital and health statistics series 13. No. 116. Hyattsville, Md: National Center for Health Statistics; 1994.

3. Metlay JP, Stafford RS, Singer DE. National trends in the use of antibiotics by primary care physicians for adult patients with cough. Arch Intern Med 1998;158:1813-18.

4. Britten N, Ukoumunne O. The influence of patients’ hopes of receiving a prescription on doctors’ perceptions and the decision to prescribe: a questionnaire survey. BMJ 1997;315:1506-10.

5. Hamm RM, Hicks RJ, Bemben DA. Antibiotics and respiratory infections: are patients more satisfied when expectations are met? J Fam Pract 1996;43:56-62.

6. Cowan PF. Patient satisfaction with an office visit for the common cold. J Fam Pract 1987;24:412-13.

7. Mainous AG,, III, Zoorob RJ, Oler MJ, Haynes DM. Patient knowledge of upper respiratory infections: implications for antibiotic expectations and unnecessary utilization. J Fam Pract 1997;45:75-83.

8. Wyke S, Hewison J, Russell IT. Respiratory illness in children: what makes parents decide to consult? Br J Gen Pract 1990;40:226-29.

9. Macfarlane J, Holmes W, Macfarlane R, Britten N. Influence of patients’ expectations on antibiotic management of acute lower respiratory tract illness in general practice: questionnaire study. BMJ 1997;315:1211-14.

10. Holmes WF, Macfarlane JT, Macfarlane RM, Lewis S. The influence of antibiotics and other factors on reconsultation for acute lower respiratory tract illness in primary care. Br J Gen Pract 1997;47:815-18.

11. Bergh KD. The patient’s differential diagnosis: unpredictable concerns in visits for acute cough. J Fam Pract 1998;46:153-58.

12. Brett AS, Mathieu AE. Perceptions and behaviors of patients with upper respiratory tract infection. J Fam Pract 1982;15:277-79.

13. Miller E, MacKeigan LD, Rosser W, Marshman J. Effects of perceived patient demand on prescribing anti-infective drugs. Can Med Assoc J 1999;161:139-42.

14. Braun BL, Fowles JB, Solberg LI, Kind E, Healey M, Anderson R. Patient beliefs about the characteristics, causes, and care of the common cold. J Fam Pract 2000;49:153-56.

15. O’Connor PJ, Amundson G, Christianson J. Performance failure of an evidence-based upper respiratory infection clinical guideline. J Fam Pract 1999;48:690-97.

16. McIsaac WJ, Levine N, Goel V. Visits by adults to family physicians for the common cold. J Fam Pract 1998;47:366-69.

17. ICSI. Health care guidelines: products of ongoing quality improvement. Vol. 2. Bloomington Minn: Institute for Clinical Systems Integration; 1997.

Author and Disclosure Information

Leif I. Solberg, MD
Barbara L. , PhD
Jinnet Briggs Fowles, PhD
Elizabeth A. Kind, MS, RN
Renner S. Anderson, MD
Margaret L. Healey, PhD
Minneapolis, Minnesota
Submitted, revised, April 16, 2000.
From HealthPartners Research Foundation/HealthPartners (L.I.S.) and the Institute for Research and Education, HealthSystem Minnesota (B.L.B., J.B.F., E.A.K., R.S.A., M.L.H.). Reprint requests should be addressed to Leif I. Solberg, MD, Associate Medical Director for Care Improvement Research, HealthPartners/HealthPartners Research Foundation, 8100 34th Ave South, P.O. Box 1524, Minneapolis, MN 55440-1524. E-mail: [email protected].

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The Journal of Family Practice - 49(10)
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,Respiratory tract infectionsantibioticsguidelinesprimary care. (J Fam Pract 2000; 49:915-920)
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Author and Disclosure Information

Leif I. Solberg, MD
Barbara L. , PhD
Jinnet Briggs Fowles, PhD
Elizabeth A. Kind, MS, RN
Renner S. Anderson, MD
Margaret L. Healey, PhD
Minneapolis, Minnesota
Submitted, revised, April 16, 2000.
From HealthPartners Research Foundation/HealthPartners (L.I.S.) and the Institute for Research and Education, HealthSystem Minnesota (B.L.B., J.B.F., E.A.K., R.S.A., M.L.H.). Reprint requests should be addressed to Leif I. Solberg, MD, Associate Medical Director for Care Improvement Research, HealthPartners/HealthPartners Research Foundation, 8100 34th Ave South, P.O. Box 1524, Minneapolis, MN 55440-1524. E-mail: [email protected].

Author and Disclosure Information

Leif I. Solberg, MD
Barbara L. , PhD
Jinnet Briggs Fowles, PhD
Elizabeth A. Kind, MS, RN
Renner S. Anderson, MD
Margaret L. Healey, PhD
Minneapolis, Minnesota
Submitted, revised, April 16, 2000.
From HealthPartners Research Foundation/HealthPartners (L.I.S.) and the Institute for Research and Education, HealthSystem Minnesota (B.L.B., J.B.F., E.A.K., R.S.A., M.L.H.). Reprint requests should be addressed to Leif I. Solberg, MD, Associate Medical Director for Care Improvement Research, HealthPartners/HealthPartners Research Foundation, 8100 34th Ave South, P.O. Box 1524, Minneapolis, MN 55440-1524. E-mail: [email protected].

BACKGROUND: Many recent efforts to reduce unnecessary medical services have targeted care of upper respiratory infections (URIs). We tested whether patients who seek care very early in their illness differ from those who seek care later and whether they might require a different approach to care.

METHODS: We surveyed by telephone 257 adult patients and 249 parents of child patients who called or visited one of 3 primary care clinics within 10 days (adults) or 14 days (parents) of the onset of uncomplicated URI symptoms. Those who contacted the clinic within the first 2 days of illness were compared with those who made contact later.

RESULTS: Although 28% of adults and 41% of parents contacted their clinic within the first 2 days of symptom onset, we found very few differences in the characteristics of the caller or patient between those who called early and later. The illnesses of those who called early were not more severe, and they did not have different beliefs, histories, approaches to medical care, or needs. The only clinician-relevant difference was that adult patients calling in the first 2 days had a greater desire to rule out complications (84.7% vs 64.1% calling in 3-5 days and 70.6% calling after 5 days of illness, P .05).

CONCLUSIONS: Those who seek medical care very early for a URI do not appear to be different in clinically important ways. If we are going to reduce overuse of medical care and antibiotics for URIs, clinical trials of more effective and efficient strategies are needed to encourage home care and self-management.

Rising health care costs (especially for medications) and a growing concern that unnecessary antibiotic use is creating troublesome bacterial resistance patterns have triggered increasing attention to upper respiratory infection (URI) care.1 URIs are the most frequent reason for office visits and antibiotic use, and at least 50% of patient visits with the diagnosis of URI, cold, or bronchitis include the writing of antibiotic prescriptions.1-2 Also, there is reason to believe that antibiotic use for URI symptoms has increased during the past 2 decades, despite increasing public health efforts to the contrary.3

Much of the expanding literature on URI patients is descriptive, attempting to provide understanding of their expectations and the relationship of various characteristics to antibiotic use for this illness.4-12 Because of the belief that it is patients who create most of the visits and antibiotic use, most studies of URI care address patients’ perceptions, attitudes, and satisfaction.2,4-12 Some studies, however, have shown that the physician’s perception that a patient expects antibiotics is the strongest predictor of prescriptions, even though that perception is not always correct.4-5 This literature suggests that once patients with URIs appear in the clinic it is likely that they will leave with an antibiotic prescription, either because the clinician feels that the illness might be helped by antibiotics or because he or she believes that the patient will be unhappy if antibiotics are not provided. Miller and colleagues13 obtained physician questionnaires for patients with a suspected infection as the reason for the visit. They found that physicians responded to their perception that patients wanted an antibiotic only when the physicians were uncertain about the need for it. When they were fairly certain that an antibiotic was either needed or not needed, perceived patient demand was rarely a factor. Patient satisfaction does not appear to be related to the receipt of antibiotics even when they are expected.5-6

Patients who call or come in within the first few days of the onset of their illness constitute a particularly troubling subgroup of patients for most clinicians. Because it is usually difficult for a clinician to predict whether patients with early URI symptoms are going to encounter complications, it is hard for the clinician to avoid assuming that these patients are either sicker or unusually desirous of a test or treatment. In the absence of any studies of this subgroup, it is possible that those making early contact are particularly likely to receive antibiotics. They will continue to frustrate clinicians and to confound health care system efforts to reduce unnecessary visits and treatments.

To understand the local failure of the implementation of a URI clinical guideline targeted at reducing unnecessary patient visits and antibiotic prescriptions, we conducted a study of the characteristics of patients who seek care for URI symptoms.14 A study of that guideline’s implementation had demonstrated that only 13% of primary care patients with respiratory symptoms were eligible for guideline care, and that subgroup did not show a decrease in clinic visits, antibiotic use, or care costs after guideline implementation.15

 

 

Our study provided an opportunity to better understand the adult patient or parent who seeks care particularly early in the course of the illness. Our research question was: Are those patients or parents who make contact with their care providers particularly early in the course of the illness different from those who make contact later in any way that should affect the way in which they are approached by clinicians or nurses? We hypothesized that the illnesses of these patients are different or that they have different reasons for seeking care from those who present later in the course of the illness. We felt that if clinicians understood these differences, perhaps they could help these patients more effectively, and care systems could reduce unnecessary services and antibiotic usage.

Methods

To test these hypotheses we conducted a telephone survey of cross-sectional samples of adults or parents of children seeking care for URI symptoms at one of 3 diverse primary care clinics in the Minneapolis/St. Paul region of Minnesota: a primary care site for a large multispecialty group practice in an affluent suburb, a staff-model health maintenance organization clinic in a blue-collar suburb, and a medium-sized primary care medical group in a nearby town.

To be included in the sample, adults had to be from 18 to 64 years old or parents of children aged 3 months to 17 years. The patients needed to have a runny nose, cough, or sore throat and to have called or visited the clinic within 14 days (adults) or 10 days (parents) of the onset of symptoms during the study period (March 1, 1997, to May 1, 1997). The subjects were excluded if they reported poor general health, ear pain or infection, or did not speak English. Eligible people were identified from each clinic’s logs of walk-in visits, scheduled appointments, or calls to get advice.

A telephone interview was conducted between 48 and 96 hours after the initial contact with the clinic. Patient selection continued until at least 80 adults and 80 parents of children had participated from each site. The interview consisted of 88 questions devised by study investigators and revised after interviews with 20 patients. Additional pretesting was done with the first 15 patients identified in one clinic. A second 15-item follow-up interview was conducted with the subset of participants who had initially made contact with the clinic within 7 days (adults) or 5 days (parents) of the onset of symptoms. This follow-up interview was made on day 14 (adults) or day 10 (parents) of symptom onset to assess the episode of illness more completely.

Because the dependent variable of interest was the number of days between the onset of illness and the patient’s contact with the clinic, subjects were divided into 3 approximately equal groups. Because contact in the first 2 days of illness may be the most difficult for clinicians to understand and because McIsaac and coworkers16 showed that adults with URI symptoms for more than 2 days were 2.7 times more likely to visit the physician than those sick for 1 to 2 days, the members of this group were designated as the early callers. These callers were compared with those who waited to contact their clinic until between 3 and 5 days or after 5 days of symptoms (who constitute the other 2 groups). Because nearly all subjects had made both a call and a visit (usually within a very short period of time), it was not possible to clearly separate the response into these 2 groups in the analysis.

Descriptive statistics were examined separately for each of the study variables for adult patients and parents. We used the chi-square test of association to compare categorical variables for the 3 illness duration subgroups within each age group.

Results

Interviews were completed with 257 adult patients and 249 parents of child patients (with completion rates of those who met the selection criteria of 94% and 90%, respectively). The sample size for each subgroup by duration of illness and the demographic characteristics of these individuals are listed in Table 1.

Twenty-eight percent of the adult patients and 41% of the child patients had been ill only 1 to 2 days at the time of their first contact with the health care system. None of the characteristics listed in Table 1 differed significantly among these groups, except that parents calling within 2 days of their child’s illness were somewhat less likely to have a college education than parents calling later.

Table 2 illustrates that early callers (in the first 2 days) did not have symptoms that were more frequent or severe than the other groups. In fact, children in this group were less likely to have a cough or green nasal drainage than those in the groups that made contact later (after 3 or more days). Fever, however, was less frequent in both adults and children of parents who sought care after 5 days.

 

 

Adult patients and parents who contacted the clinic early were not more likely to report being unsure that the symptoms represented a cold or being unsure how to treat the symptoms than those coming in after the first 2 days. There was also no greater likelihood that either adults or parents in the early calling group would report a history of any of the following: colds lasting longer; colds being complicated by sinusitis, otitis, or streptococcal infections; seeing a physician for a cold or being told by a physician to be seen; or receiving antibiotics for cold symptoms. Parents (but not adult patients) who made contact early, however, were significantly more likely to report a history of having recovered faster with an antibiotic prescription in the past (42% vs 22% and 23%, P=.01).

The only other differences among these 3 groups were in what they were seeking from the contact and whether they felt that the cold had lasted too long. Adult patients (but not parents) who sought care early were more likely to be worried about complications, while those who appeared later were more likely to want antibiotics and relief (Table 3).

Both adult patients and parents who made contact later were more likely to feel that the cold had lasted too long. For adult patients, 87% of groups that made contact later—but only 46% of those who made contact early—felt that the illness had been going on too long (P=.001). This finding was similar for parents of sick children but to a lesser degree (78% vs 58%, P=.01).

There were no differences in knowledge or beliefs about colds among these 3 groups for either adult patients or parents. Although more than 80% of all groups believed viruses cause colds, 50% believed bacteria also can cause them, and 80% agreed that getting tired and rundown causes colds. Eighty-five percent thought that colds resolve on their own, but 97% thought that rest helps, 66% felt that steam or Vitamin C helps, and nearly half believed in the value of chicken soup.

Finally, early callers were no more likely than those who came in later to report attitudes toward medical care or satisfaction with the visit that might affect their timing of medical care use. Thus, the duration of illness had no effect on respondent reactions to any of the following statements: (1) I will do just about anything to avoid going to the doctor; (2) when I am sick, I try not to let others know; (3) I usually go to the doctor as soon as I start to feel bad; (4) I have paid for my health insurance, so I might as well use it; (5) overall, I liked the manner in which my/my child’s problem was handled; (6) I trust the advice I was given for this illness; and (7) I would recommend this clinic to family or friends for an illness like this.

What about antibiotic use? Although 65% of patients received antibiotics within the 14-day observation period of our study, there was no relationship between receipt of antibiotics and the duration of symptoms at the time of first contact.

Discussion

Contrary to our original hypotheses and the expectations of many clinicians, symptomatic adults and parents of symptomatic children who seek medical assistance soon after the development of URI symptoms do not appear to be different in any important way from those making contact later. They do not have different demographic characteristics, beliefs about colds, or past experiences that might lead them to seek this very early contact. They are also not more likely to have different health status or to have different or more severe symptoms than those seeking care later in their illness (except for a somewhat greater frequency of fever). Although they are more likely to be concerned about complications, they are not any more likely to be unsure about the diagnosis or treatment and do not seem to want anything from the health care system that is different from those making contact later. Specifically, they are not any more likely to want antibiotics for their illness and are not more likely to receive them, despite the fact that parents who call or visit in the first 2 days are twice as likely to report that their child recovered more quickly with antibiotics in the past. Finally, they do not report attitudes toward medical care or satisfaction with the care of this illness that are any different from those who make later contact.

Because nearly one third of adult patients and two fifths of the parents of child patients seek care too early for the clinician to be very confident about the course of the illness, what is it that leads them to this action? There may be some reason that was not addressed in our survey, or the respondents may not feel comfortable admitting to their reasons in an interview sponsored by the health system. It seems more likely, however, that they are simply somewhat more eager to bring health problems to medical attention. The evidence-based guideline that led to our study suggests that almost all the patients in any of the groups we compared are seeking care too early.17

 

 

The overall rate at which antibiotics were prescribed for these patients (65%) is similar to that reported by most other studies.1,4-5 One of the principal aims of the guideline that led to our study was reduction of unnecessary antibiotic use, along with encouragement for initial telephone care instead of office visits for uncomplicated cases.17 The guideline also recommended contact only under these conditions: worsening or new symptoms after the first 3 to 5 days and lack of improvement after 7 to 10 days (children) or 14 days (adults).

However, an impact study of that guideline’s implementation by O’Connor and colleagues15 found that patients who received telephone advice were 50% more likely to come in for an office visit after guideline implementation than before. Also, although antibiotic use at initial contact for the diagnosis of a URI fell from 24% to 16%, the likelihood of receiving an antibiotic during a 21-day follow-up period actually rose after the implementation of the guideline. O’Connor and coworkers concluded that the failure of the guideline implementation to achieve its aims was the result of conflict with patient expectations and desires. Because only those adult patients with illnesses of more than 5 days’ duration reported desires for antibiotic prescriptions at a rate as high as that for actual use, patient desires do not seem to be the only driver of antibiotic use.

Limitations

Our analysis is limited by its inability to separate those who called from those who visited, although the usual concurrence of those events makes any such study difficult. It is also limited in that it is focused entirely on patient responses to a telephone survey, with no additional information about the illness diagnoses, care, or outcomes from chart audits.

Conclusions

There were no obvious explanations in our survey results for the decision by a sizable minority of those seeking medical attention for URI symptoms to do so very soon after the onset of their symptoms. Clinicians will need to elicit and address the chief concerns and needs of each patient they see, regardless of the timing of that contact. It is possible that providing more general information to potential patients about the nature and care of URIs will help health care systems delay or reduce the perceived need of these patients for such contacts, but that remains to be proved. It is time for researchers to move into trials of various intervention strategies that may reduce both unnecessary visits and the associated antibiotic use.

Acknowledgments

Our project was supported by a grant from the Institute for Clinical Systems Improvement, Minneapolis, Minnesota. We are also grateful to the clinic staff who cooperated with our need to identify patients making contact for their URI symptoms.

BACKGROUND: Many recent efforts to reduce unnecessary medical services have targeted care of upper respiratory infections (URIs). We tested whether patients who seek care very early in their illness differ from those who seek care later and whether they might require a different approach to care.

METHODS: We surveyed by telephone 257 adult patients and 249 parents of child patients who called or visited one of 3 primary care clinics within 10 days (adults) or 14 days (parents) of the onset of uncomplicated URI symptoms. Those who contacted the clinic within the first 2 days of illness were compared with those who made contact later.

RESULTS: Although 28% of adults and 41% of parents contacted their clinic within the first 2 days of symptom onset, we found very few differences in the characteristics of the caller or patient between those who called early and later. The illnesses of those who called early were not more severe, and they did not have different beliefs, histories, approaches to medical care, or needs. The only clinician-relevant difference was that adult patients calling in the first 2 days had a greater desire to rule out complications (84.7% vs 64.1% calling in 3-5 days and 70.6% calling after 5 days of illness, P .05).

CONCLUSIONS: Those who seek medical care very early for a URI do not appear to be different in clinically important ways. If we are going to reduce overuse of medical care and antibiotics for URIs, clinical trials of more effective and efficient strategies are needed to encourage home care and self-management.

Rising health care costs (especially for medications) and a growing concern that unnecessary antibiotic use is creating troublesome bacterial resistance patterns have triggered increasing attention to upper respiratory infection (URI) care.1 URIs are the most frequent reason for office visits and antibiotic use, and at least 50% of patient visits with the diagnosis of URI, cold, or bronchitis include the writing of antibiotic prescriptions.1-2 Also, there is reason to believe that antibiotic use for URI symptoms has increased during the past 2 decades, despite increasing public health efforts to the contrary.3

Much of the expanding literature on URI patients is descriptive, attempting to provide understanding of their expectations and the relationship of various characteristics to antibiotic use for this illness.4-12 Because of the belief that it is patients who create most of the visits and antibiotic use, most studies of URI care address patients’ perceptions, attitudes, and satisfaction.2,4-12 Some studies, however, have shown that the physician’s perception that a patient expects antibiotics is the strongest predictor of prescriptions, even though that perception is not always correct.4-5 This literature suggests that once patients with URIs appear in the clinic it is likely that they will leave with an antibiotic prescription, either because the clinician feels that the illness might be helped by antibiotics or because he or she believes that the patient will be unhappy if antibiotics are not provided. Miller and colleagues13 obtained physician questionnaires for patients with a suspected infection as the reason for the visit. They found that physicians responded to their perception that patients wanted an antibiotic only when the physicians were uncertain about the need for it. When they were fairly certain that an antibiotic was either needed or not needed, perceived patient demand was rarely a factor. Patient satisfaction does not appear to be related to the receipt of antibiotics even when they are expected.5-6

Patients who call or come in within the first few days of the onset of their illness constitute a particularly troubling subgroup of patients for most clinicians. Because it is usually difficult for a clinician to predict whether patients with early URI symptoms are going to encounter complications, it is hard for the clinician to avoid assuming that these patients are either sicker or unusually desirous of a test or treatment. In the absence of any studies of this subgroup, it is possible that those making early contact are particularly likely to receive antibiotics. They will continue to frustrate clinicians and to confound health care system efforts to reduce unnecessary visits and treatments.

To understand the local failure of the implementation of a URI clinical guideline targeted at reducing unnecessary patient visits and antibiotic prescriptions, we conducted a study of the characteristics of patients who seek care for URI symptoms.14 A study of that guideline’s implementation had demonstrated that only 13% of primary care patients with respiratory symptoms were eligible for guideline care, and that subgroup did not show a decrease in clinic visits, antibiotic use, or care costs after guideline implementation.15

 

 

Our study provided an opportunity to better understand the adult patient or parent who seeks care particularly early in the course of the illness. Our research question was: Are those patients or parents who make contact with their care providers particularly early in the course of the illness different from those who make contact later in any way that should affect the way in which they are approached by clinicians or nurses? We hypothesized that the illnesses of these patients are different or that they have different reasons for seeking care from those who present later in the course of the illness. We felt that if clinicians understood these differences, perhaps they could help these patients more effectively, and care systems could reduce unnecessary services and antibiotic usage.

Methods

To test these hypotheses we conducted a telephone survey of cross-sectional samples of adults or parents of children seeking care for URI symptoms at one of 3 diverse primary care clinics in the Minneapolis/St. Paul region of Minnesota: a primary care site for a large multispecialty group practice in an affluent suburb, a staff-model health maintenance organization clinic in a blue-collar suburb, and a medium-sized primary care medical group in a nearby town.

To be included in the sample, adults had to be from 18 to 64 years old or parents of children aged 3 months to 17 years. The patients needed to have a runny nose, cough, or sore throat and to have called or visited the clinic within 14 days (adults) or 10 days (parents) of the onset of symptoms during the study period (March 1, 1997, to May 1, 1997). The subjects were excluded if they reported poor general health, ear pain or infection, or did not speak English. Eligible people were identified from each clinic’s logs of walk-in visits, scheduled appointments, or calls to get advice.

A telephone interview was conducted between 48 and 96 hours after the initial contact with the clinic. Patient selection continued until at least 80 adults and 80 parents of children had participated from each site. The interview consisted of 88 questions devised by study investigators and revised after interviews with 20 patients. Additional pretesting was done with the first 15 patients identified in one clinic. A second 15-item follow-up interview was conducted with the subset of participants who had initially made contact with the clinic within 7 days (adults) or 5 days (parents) of the onset of symptoms. This follow-up interview was made on day 14 (adults) or day 10 (parents) of symptom onset to assess the episode of illness more completely.

Because the dependent variable of interest was the number of days between the onset of illness and the patient’s contact with the clinic, subjects were divided into 3 approximately equal groups. Because contact in the first 2 days of illness may be the most difficult for clinicians to understand and because McIsaac and coworkers16 showed that adults with URI symptoms for more than 2 days were 2.7 times more likely to visit the physician than those sick for 1 to 2 days, the members of this group were designated as the early callers. These callers were compared with those who waited to contact their clinic until between 3 and 5 days or after 5 days of symptoms (who constitute the other 2 groups). Because nearly all subjects had made both a call and a visit (usually within a very short period of time), it was not possible to clearly separate the response into these 2 groups in the analysis.

Descriptive statistics were examined separately for each of the study variables for adult patients and parents. We used the chi-square test of association to compare categorical variables for the 3 illness duration subgroups within each age group.

Results

Interviews were completed with 257 adult patients and 249 parents of child patients (with completion rates of those who met the selection criteria of 94% and 90%, respectively). The sample size for each subgroup by duration of illness and the demographic characteristics of these individuals are listed in Table 1.

Twenty-eight percent of the adult patients and 41% of the child patients had been ill only 1 to 2 days at the time of their first contact with the health care system. None of the characteristics listed in Table 1 differed significantly among these groups, except that parents calling within 2 days of their child’s illness were somewhat less likely to have a college education than parents calling later.

Table 2 illustrates that early callers (in the first 2 days) did not have symptoms that were more frequent or severe than the other groups. In fact, children in this group were less likely to have a cough or green nasal drainage than those in the groups that made contact later (after 3 or more days). Fever, however, was less frequent in both adults and children of parents who sought care after 5 days.

 

 

Adult patients and parents who contacted the clinic early were not more likely to report being unsure that the symptoms represented a cold or being unsure how to treat the symptoms than those coming in after the first 2 days. There was also no greater likelihood that either adults or parents in the early calling group would report a history of any of the following: colds lasting longer; colds being complicated by sinusitis, otitis, or streptococcal infections; seeing a physician for a cold or being told by a physician to be seen; or receiving antibiotics for cold symptoms. Parents (but not adult patients) who made contact early, however, were significantly more likely to report a history of having recovered faster with an antibiotic prescription in the past (42% vs 22% and 23%, P=.01).

The only other differences among these 3 groups were in what they were seeking from the contact and whether they felt that the cold had lasted too long. Adult patients (but not parents) who sought care early were more likely to be worried about complications, while those who appeared later were more likely to want antibiotics and relief (Table 3).

Both adult patients and parents who made contact later were more likely to feel that the cold had lasted too long. For adult patients, 87% of groups that made contact later—but only 46% of those who made contact early—felt that the illness had been going on too long (P=.001). This finding was similar for parents of sick children but to a lesser degree (78% vs 58%, P=.01).

There were no differences in knowledge or beliefs about colds among these 3 groups for either adult patients or parents. Although more than 80% of all groups believed viruses cause colds, 50% believed bacteria also can cause them, and 80% agreed that getting tired and rundown causes colds. Eighty-five percent thought that colds resolve on their own, but 97% thought that rest helps, 66% felt that steam or Vitamin C helps, and nearly half believed in the value of chicken soup.

Finally, early callers were no more likely than those who came in later to report attitudes toward medical care or satisfaction with the visit that might affect their timing of medical care use. Thus, the duration of illness had no effect on respondent reactions to any of the following statements: (1) I will do just about anything to avoid going to the doctor; (2) when I am sick, I try not to let others know; (3) I usually go to the doctor as soon as I start to feel bad; (4) I have paid for my health insurance, so I might as well use it; (5) overall, I liked the manner in which my/my child’s problem was handled; (6) I trust the advice I was given for this illness; and (7) I would recommend this clinic to family or friends for an illness like this.

What about antibiotic use? Although 65% of patients received antibiotics within the 14-day observation period of our study, there was no relationship between receipt of antibiotics and the duration of symptoms at the time of first contact.

Discussion

Contrary to our original hypotheses and the expectations of many clinicians, symptomatic adults and parents of symptomatic children who seek medical assistance soon after the development of URI symptoms do not appear to be different in any important way from those making contact later. They do not have different demographic characteristics, beliefs about colds, or past experiences that might lead them to seek this very early contact. They are also not more likely to have different health status or to have different or more severe symptoms than those seeking care later in their illness (except for a somewhat greater frequency of fever). Although they are more likely to be concerned about complications, they are not any more likely to be unsure about the diagnosis or treatment and do not seem to want anything from the health care system that is different from those making contact later. Specifically, they are not any more likely to want antibiotics for their illness and are not more likely to receive them, despite the fact that parents who call or visit in the first 2 days are twice as likely to report that their child recovered more quickly with antibiotics in the past. Finally, they do not report attitudes toward medical care or satisfaction with the care of this illness that are any different from those who make later contact.

Because nearly one third of adult patients and two fifths of the parents of child patients seek care too early for the clinician to be very confident about the course of the illness, what is it that leads them to this action? There may be some reason that was not addressed in our survey, or the respondents may not feel comfortable admitting to their reasons in an interview sponsored by the health system. It seems more likely, however, that they are simply somewhat more eager to bring health problems to medical attention. The evidence-based guideline that led to our study suggests that almost all the patients in any of the groups we compared are seeking care too early.17

 

 

The overall rate at which antibiotics were prescribed for these patients (65%) is similar to that reported by most other studies.1,4-5 One of the principal aims of the guideline that led to our study was reduction of unnecessary antibiotic use, along with encouragement for initial telephone care instead of office visits for uncomplicated cases.17 The guideline also recommended contact only under these conditions: worsening or new symptoms after the first 3 to 5 days and lack of improvement after 7 to 10 days (children) or 14 days (adults).

However, an impact study of that guideline’s implementation by O’Connor and colleagues15 found that patients who received telephone advice were 50% more likely to come in for an office visit after guideline implementation than before. Also, although antibiotic use at initial contact for the diagnosis of a URI fell from 24% to 16%, the likelihood of receiving an antibiotic during a 21-day follow-up period actually rose after the implementation of the guideline. O’Connor and coworkers concluded that the failure of the guideline implementation to achieve its aims was the result of conflict with patient expectations and desires. Because only those adult patients with illnesses of more than 5 days’ duration reported desires for antibiotic prescriptions at a rate as high as that for actual use, patient desires do not seem to be the only driver of antibiotic use.

Limitations

Our analysis is limited by its inability to separate those who called from those who visited, although the usual concurrence of those events makes any such study difficult. It is also limited in that it is focused entirely on patient responses to a telephone survey, with no additional information about the illness diagnoses, care, or outcomes from chart audits.

Conclusions

There were no obvious explanations in our survey results for the decision by a sizable minority of those seeking medical attention for URI symptoms to do so very soon after the onset of their symptoms. Clinicians will need to elicit and address the chief concerns and needs of each patient they see, regardless of the timing of that contact. It is possible that providing more general information to potential patients about the nature and care of URIs will help health care systems delay or reduce the perceived need of these patients for such contacts, but that remains to be proved. It is time for researchers to move into trials of various intervention strategies that may reduce both unnecessary visits and the associated antibiotic use.

Acknowledgments

Our project was supported by a grant from the Institute for Clinical Systems Improvement, Minneapolis, Minnesota. We are also grateful to the clinic staff who cooperated with our need to identify patients making contact for their URI symptoms.

References

1. Gonzales R, Steiner JF, Sande MA. Antibiotic prescribing for adults with colds, upper respiratory tract infections, and bronchitis by ambulatory care physicians. JAMA 1997;278:901-04.

2. Schappert SM. National ambulatory medical care survey, 1991 summary. Vital and health statistics series 13. No. 116. Hyattsville, Md: National Center for Health Statistics; 1994.

3. Metlay JP, Stafford RS, Singer DE. National trends in the use of antibiotics by primary care physicians for adult patients with cough. Arch Intern Med 1998;158:1813-18.

4. Britten N, Ukoumunne O. The influence of patients’ hopes of receiving a prescription on doctors’ perceptions and the decision to prescribe: a questionnaire survey. BMJ 1997;315:1506-10.

5. Hamm RM, Hicks RJ, Bemben DA. Antibiotics and respiratory infections: are patients more satisfied when expectations are met? J Fam Pract 1996;43:56-62.

6. Cowan PF. Patient satisfaction with an office visit for the common cold. J Fam Pract 1987;24:412-13.

7. Mainous AG,, III, Zoorob RJ, Oler MJ, Haynes DM. Patient knowledge of upper respiratory infections: implications for antibiotic expectations and unnecessary utilization. J Fam Pract 1997;45:75-83.

8. Wyke S, Hewison J, Russell IT. Respiratory illness in children: what makes parents decide to consult? Br J Gen Pract 1990;40:226-29.

9. Macfarlane J, Holmes W, Macfarlane R, Britten N. Influence of patients’ expectations on antibiotic management of acute lower respiratory tract illness in general practice: questionnaire study. BMJ 1997;315:1211-14.

10. Holmes WF, Macfarlane JT, Macfarlane RM, Lewis S. The influence of antibiotics and other factors on reconsultation for acute lower respiratory tract illness in primary care. Br J Gen Pract 1997;47:815-18.

11. Bergh KD. The patient’s differential diagnosis: unpredictable concerns in visits for acute cough. J Fam Pract 1998;46:153-58.

12. Brett AS, Mathieu AE. Perceptions and behaviors of patients with upper respiratory tract infection. J Fam Pract 1982;15:277-79.

13. Miller E, MacKeigan LD, Rosser W, Marshman J. Effects of perceived patient demand on prescribing anti-infective drugs. Can Med Assoc J 1999;161:139-42.

14. Braun BL, Fowles JB, Solberg LI, Kind E, Healey M, Anderson R. Patient beliefs about the characteristics, causes, and care of the common cold. J Fam Pract 2000;49:153-56.

15. O’Connor PJ, Amundson G, Christianson J. Performance failure of an evidence-based upper respiratory infection clinical guideline. J Fam Pract 1999;48:690-97.

16. McIsaac WJ, Levine N, Goel V. Visits by adults to family physicians for the common cold. J Fam Pract 1998;47:366-69.

17. ICSI. Health care guidelines: products of ongoing quality improvement. Vol. 2. Bloomington Minn: Institute for Clinical Systems Integration; 1997.

References

1. Gonzales R, Steiner JF, Sande MA. Antibiotic prescribing for adults with colds, upper respiratory tract infections, and bronchitis by ambulatory care physicians. JAMA 1997;278:901-04.

2. Schappert SM. National ambulatory medical care survey, 1991 summary. Vital and health statistics series 13. No. 116. Hyattsville, Md: National Center for Health Statistics; 1994.

3. Metlay JP, Stafford RS, Singer DE. National trends in the use of antibiotics by primary care physicians for adult patients with cough. Arch Intern Med 1998;158:1813-18.

4. Britten N, Ukoumunne O. The influence of patients’ hopes of receiving a prescription on doctors’ perceptions and the decision to prescribe: a questionnaire survey. BMJ 1997;315:1506-10.

5. Hamm RM, Hicks RJ, Bemben DA. Antibiotics and respiratory infections: are patients more satisfied when expectations are met? J Fam Pract 1996;43:56-62.

6. Cowan PF. Patient satisfaction with an office visit for the common cold. J Fam Pract 1987;24:412-13.

7. Mainous AG,, III, Zoorob RJ, Oler MJ, Haynes DM. Patient knowledge of upper respiratory infections: implications for antibiotic expectations and unnecessary utilization. J Fam Pract 1997;45:75-83.

8. Wyke S, Hewison J, Russell IT. Respiratory illness in children: what makes parents decide to consult? Br J Gen Pract 1990;40:226-29.

9. Macfarlane J, Holmes W, Macfarlane R, Britten N. Influence of patients’ expectations on antibiotic management of acute lower respiratory tract illness in general practice: questionnaire study. BMJ 1997;315:1211-14.

10. Holmes WF, Macfarlane JT, Macfarlane RM, Lewis S. The influence of antibiotics and other factors on reconsultation for acute lower respiratory tract illness in primary care. Br J Gen Pract 1997;47:815-18.

11. Bergh KD. The patient’s differential diagnosis: unpredictable concerns in visits for acute cough. J Fam Pract 1998;46:153-58.

12. Brett AS, Mathieu AE. Perceptions and behaviors of patients with upper respiratory tract infection. J Fam Pract 1982;15:277-79.

13. Miller E, MacKeigan LD, Rosser W, Marshman J. Effects of perceived patient demand on prescribing anti-infective drugs. Can Med Assoc J 1999;161:139-42.

14. Braun BL, Fowles JB, Solberg LI, Kind E, Healey M, Anderson R. Patient beliefs about the characteristics, causes, and care of the common cold. J Fam Pract 2000;49:153-56.

15. O’Connor PJ, Amundson G, Christianson J. Performance failure of an evidence-based upper respiratory infection clinical guideline. J Fam Pract 1999;48:690-97.

16. McIsaac WJ, Levine N, Goel V. Visits by adults to family physicians for the common cold. J Fam Pract 1998;47:366-69.

17. ICSI. Health care guidelines: products of ongoing quality improvement. Vol. 2. Bloomington Minn: Institute for Clinical Systems Integration; 1997.

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The Need for a System in the Care of Depression

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The Need for a System in the Care of Depression

 

BACKGROUND: Many problems have been identified in the usual care of patients with depression, including lack of identification, overreliance on medications, and inadequate treatment and follow-up. Most of these problems can be attributed to an absence of depression care systems in primary care practice. We collected information from a group of practices to assess the need for and acceptability of such systems.

METHODS: We conducted 4 focus groups with primary care physicians and their staffs to identify attitudes and perceived behaviors for depression problems and to determine the participants’ level of acceptance of alternative systematic approaches. We also surveyed clinicians and a sample of patients who recently visited their practices.

RESULTS: Systematic screening was viewed unfavorably, and many barriers were identified with collaborative care with mental health clinicians. Participants did support involvement of other office staff and more systematic follow-up for patients with depression. The patient survey suggested that some patients with depressive symptoms were unrecognized and undertreated, but the key finding was considerable variation in care among practices.

CONCLUSIONS: These findings suggest that a more systematic approach could improve the problems associated with treatment of patients with depression in primary care and would be acceptable to physicians if introduced appropriately. There are at least 2 promising approaches to introducing such changes. One involves external feedback of data about their care to the practices, followed by offering a variety of systems concepts and tools. The other involves an internal change process in which a multiclinic improvement team collects its own data and develops its own systematic solutions using rapid-cycle testing.

Many studies have documented that patients with depressive symptoms or disorders are frequently unrecognized, untreated, or receive suboptimal care.1-7 Subthreshold depression is especially likely to go unrecognized, even though it is frequently associated with somatization and high health care utilization and costs.8-11 To reduce these problems, the focus of change must be on the primary care setting, where most patients with depression appear with various manifestations of the disease and where many will receive their care.

Although many factors contribute to these care delivery problems, the main barriers are probably the same as those that interfere with the delivery of clinical preventive services and with optimal care for any chronic condition. These barriers are time pressures, orientation of both clinicians and patients to presenting symptoms and acute problems, and the lack of well-organized support systems for clinicians and patients in most primary care settings.12 Clinicians continue to care for depression as if it were an acute illness, even though there is considerable reason to see it as a relapsing, recurrent, or even chronic disease.2,13-16

During the early stages of depression care, most of the identified problems with current care patterns (recognition and compliance with appropriate treatment) are of the type that would benefit from a more systematic approach.17 And since nearly 40% of treated cases have a relapse within 1 year and 75% have had at least 2 previous episodes of depression,15 the suggestion of Simon and Von Korff18 to redirect treatment toward more intensive follow-up and relapse prevention may make systems imperative. Nolan17 defines a system as “a collection of interdependent elements that interact to achieve a common purpose.” However, it might be easier for clinicians to think of a system as an organized set of processes created to ensure that a patient care action occurs more consistently than would be likely if it were necessary to depend entirely on the attitudes, memory, and clinical situations of individual clinicians. The integrated multidisciplinary steps necessary to ensure that a surgical procedure is carried out efficiently and safely represent a familiar clinical example of a system.

There are no well-documented models of effective ongoing comprehensive depression care systems in typical primary care settings in the United States. Also, there have been no good examples of a practical (ie, nonresearch) change process for facilitating the implementation or dissemination of the partial systems tested in controlled trials. We know that traditional educational interventions and distribution of materials or toolboxes have little if any effect on clinician behavior.19-21 We need a demonstration of replicable change processes that can help primary care physicians produce a sustainable model of systematic improved care for depression.

The MacArthur Foundation Initiative on Depression and Primary Care sponsored 2 projects to test methods for introducing new care models that emphasize practice systems. Located in distant parts of the country (New England and Minnesota) and in different types of care systems, those 2 projects have used different approaches that provide more comprehensive information about the potential to introduce systems improvements. We report the results of preliminary studies from the New England project designed to verify the need for new systems in these settings and to identify barriers to their introduction. We also describe 2 alternative approaches to introducing change in primary care settings.

 

 

Methods

We used 3 different techniques to gather the baseline data needed from primary care practices: focus groups, physician surveys, and patient surveys.

Focus Groups

We held 4 focus groups for the purpose of understanding attitudes and perceived behaviors. The participants in these groups were family physicians (n = 6), general internists (n = 5), nurses from the participating physicians’ offices (n = 9), and medical assistants from the same offices (n = 7). The physicians were recruited in the Portland, Maine, area from a group of 16 invited physicians who fit the criteria of representing a diversity of ages, years in practice, sex, and osteopathic or allopathic training. Three physicians declined to participate, and 2 others agreed but did not appear at the focus group meeting. The participating physicians were asked to invite nurses and medical assistants who worked with them to participate in the other groups. All participants signed consent forms and were paid for their time. A senior research fellow and an assistant from the Center for Survey Research at the University of Massachusetts-Boston led the groups, using standard focus group techniques.22 They asked about the participants’ approach to identifying and treating depression, their attitudes toward various systematic ways to facilitate this care, and what barriers they saw to making such changes. The sessions were videotaped and summarized by the leader, using the videotapes to double-check the impressions of what had been said.

Physician Survey

The purpose of the survey was to learn how confident the clinicians felt about managing depression and what they felt were the main barriers to their care of depressed patients, so that appropriate interventions could be provided. We recruited 9 family medicine or internal medicine practices from the areas of Portland, Maine, and Claremont and Manchester, New Hampshire, to participate in this project. One other practice that we approached declined. Other than representing a range of practice sizes, ages, and locations these practices were selected because they had at least 100 patient visits per week and did not include any of the physicians in the earlier focus groups. These 9 practices contained 27 clinicians: 10 family physicians, 11 general internists, 3 physician assistants, and 3 nurse practitioners. Three were solo practices, and the others ranged in size from 2 to 6 clinicians. The questionnaire they were asked to complete had previously been used with a larger sample of Maine physicians23 and was supplemented by questions from one used in a nationally representative sample of primary care physicians.24

Patient Survey

The purpose of the patient survey was to learn about both clinician and patient behavior from the viewpoint of patients with depressive symptoms visiting these clinics. We collected this information by first asking the clinics to obtain completed 20-item Hopkins Symptom Checklist depression scale (HSCL-d20) questionnaires from all consenting adult regular patients during office visits.2,25 The only exclusion criterion was the inability to see or read the questionnaire. Practice staff were trained in procedures for consistent collection of these data, and results were not made available to the clinicians seeing the patients. Each practice was asked to obtain written consent and HSCL-d20 completions from 100 consecutive eligible patients.

A research assistant called patients who scored higher than 0.75 on a scale of 0 to 4.0 on the HSCL-d20 within 2 weeks of their visit to complete a structured interview. Although a score higher than 1.75 has reasonable sensitivity (86%) and specificity (93%) for major depression,26,27 a cut-point score of 0.75 allows overinclusiveness for cases of minor and unrecovered depression.2 The interviewer used the Physician Response Questionnaire (PRQ), which questions whether there was any clinician discussion or recommendation about mood or depression during the visit and how the patient responded to those discussions.28

The responses were compared between the group of patients scoring between 0.75 and 1.75 and those scoring higher than 1.75 using a Student’s t test for continuous variables and a chi-square test for categorical variables. Although not the same as a diagnostic interview, splitting the subjects by symptom severity allowed us to look at whether the primary care physicians were more likely to provide attention and treatment to those with more severe symptoms.

Results

Focus Groups

There was unanimous agreement in all 4 focus groups that identifying and treating mental health problems is a big part of primary care and an acceptable part of the physicians’ responsibility.

Perceptions of the Current Care Process

Identification. No physician or practice used any form of routine screening for mental health problems. Although some physicians said they included a few mental health symptoms in their routine checkup histories, most relied on finding these problems as they explored presenting symptoms. When identified, there was little effort reported to define a diagnostic category in specific terms; depression and anxiety were often lumped together as psychological distress.

 

 

Management. The main management approach was to rely on medication. Only a few physicians reported doing some counseling themselves, citing time, training, and interest as barriers to doing more. Although most reported that they encouraged counseling, they cited the shortage of mental health professionals in the area, patient reluctance, and the difficulty of coordinating care as reasons for the small number of patients who actually see counselors. Only 2 clinicians had developed working relationships with counselors in their areas. Follow-up appeared to consist primarily of checks on medications; once satisfied with this issue there was no effort at active monitoring or routine follow-up. No office had nurses or other staff routinely involved in follow-up, although staff reported occasionally facilitating follow-up for individual patients who came to their attention.

Attitudes and Barriers to Systematizing Care

Identification. All 4 focus groups were against the routine use of any type of screening questionnaire, partly because “that is not the way to practice medicine” and partly because of concern about negative reactions from patients. However, there was also a physician belief that most significant problems would surface eventually, and they were not sure they wanted to unearth additional potential problems in this area.

Management. Although there was much more receptivity to the idea of organized monitoring and follow-up of identified patients by telephone (primarily for those on medications), most physicians were not sure that most patients would need it. Staff reported that it was not uncommon for patients to talk to them informally about their problems. All of the groups, except the family physicians, were enthusiastic about having a mental health counselor on site part-time. Possible roles suggested for such a person included medication monitoring by phone, phone discussions with callers who had mental health concerns, and office sessions with people needing counseling. Office staff felt there was a strong unmet need for obtaining easily accessible counseling for these patients. The family physicians had less interest in such a position for counseling, preferring the position be used for outreach and monitoring. Staff also wanted someone who was knowledgeable about mental health resources in the area and someone who could deal with managed care plans about mental health. The physicians’ main concerns were how to cover the cost of such a person and the complexity of sharing care.

Physician Survey Responses

Seventeen of the 27 clinicians completed the survey, and there was at least one respondent from each of the 9 practices. These 13 physicians and 4 midlevel practitioners nearly unanimously agreed that recognizing and treating depression was their responsibility (one physician was neutral). They reported seeing approximately 7 patients with depression per week and treating approximately one half of these entirely by themselves. Twelve felt “very” or “mostly” confident in their ability to manage them; 5 were “somewhat” confident.

Table 1 displays physicians’ report of the barriers they perceive to be affecting their ability to treat patients with depression. Lack of time was the biggest barrier, although 75% reported that patient reluctance for treatment and the unavailability of mental health consultation were at least a minor problem. Reimbursement issues and the discomfort of dealing with mental health problems did not seem very troublesome to most clinicians.

Patient Survey Responses

Of the 900 HSCL-d20 surveys requested from the 9 clinics, 668 (74%) were completed and returned. The range of responses per clinic was 35 to 100 with an average of 74. A total of 284 (42%) of these patients had a score of at least 0.75 (possible depression), and 75 (11%) scored higher than 1.75 (possible major depression). After at least 5 attempts to contact these patients, we reached 220 (77%) who agreed to complete the PRQ interview.

Table 2 shows the main responses relevant to this report. Compared with the less symptomatic patients, the more severely symptomatic patients were more likely to feel depressed (53% vs 21%), to be taking psychotropic medications (49% vs 29%), or to be seeing a psychotherapist (23% vs 6%). They were also more likely to mention mood to the clinician (49% vs 34%), and the clinician was more likely to have suggested that the patient was depressed (28% vs 8%), even if the clinician did not ask about mood. These differences suggest that more severely symptomatic patients do get attention from the clinician and are more likely to receive treatment than less symptomatic patients.

Although 49% of the patients with possible major depression and 29% of those with possible minor depression reported taking psychotropic medications, only 19% and 12% of these patients, respectively, reported being given a follow-up appointment. The low proportions receiving follow-up are similar if any type of treatment is considered (psychotropics, psycho therapy, or support groups). Moreover, even if they were receiving psychotropics, these patients were still relatively highly symptomatic.

 

 

There was considerable individual practice variability in these treatment behaviors. For example, although the average incidence for all practices in asking about mood in symptomatic patients was 35%, rates for the different practices ranged from 21% to 65%. Similarly, although an average of 15% of respondents were given a follow-up appointment, this ranged from 6% in one practice to 48% in another.

Additional information from the analysis (not shown in Table 2) showed that 20 (27%) of the 75 patients scoring higher than 1.75 neither mentioned mood themselves nor reported that the physician asked about it, and they were not receiving any type of mental health treatment. Of the 139 total patients the physicians did not ask about mood, 35 (25%) were taking a psychotropic medication (24, or 69%, of these were antidepressants). Of the 71 patients who reported that they were sad, down, or depressed at the visit, only 33 (46%) reported being asked about their mood by the physician. Only 11 (16%) of these 71 patients reported that the physician provided any counseling at the visit.

Discussion

Whether one relies on qualitative interview data, quantitative clinician self-report data, or quantitative patient report data, these results suggest that current care patterns for patients with depression are unsystematic and greatly variable. Although a score on the HSCL-d20 is not the same as a clinical diagnosis of depression, the issue of mood or stress was not brought up by the clinician in two thirds of the visits with patients reporting lower levels of depressive symptoms or in more than half (56%) of those scoring in the range where major depression is a possibility. Less than half (46%) of the patients who considered themselves depressed reported being asked about this by the clinician. Other studies of the accuracy of patient report suggest that patient report is either reasonably similar to physician report or errs on the side of overreporting physician behavior, so this lack of addressing depression is of concern.29-30

The focus groups suggest little clinician support for the time and effort of systems to routinely screen all visiting patients for depression. The scientific literature thus far concurs that there is little evidence that more systematic identification of cases of depression would necessarily be helpful.5,18, 31-32 However, all 3 data sources (focus groups, physician surveys, and patient surveys) suggest that management approaches in these practices have substantial room for improvement. The primary reliance on medications with little attention to the use of other treatment strategies or to any systematic follow-up is particularly troublesome, since recent studies suggest that a wide variety of approaches can add to the efficacy of treatment.2,27,33-34 There are increasing indications that intensive follow-up and relapse prevention is necessary for many patients, supporting the need for more systematic care.13,18,35-36

The clinicians studied not only accepted the responsibility of treating depression, but also seemed open to various ways to improve care. They appeared especially ready to entertain more organized monitoring and follow-up and on-site collaboration with mental health counselors, as long as the issues of care complexity, role clarification, and costs could be worked out. The main barriers they identified in current care—lack of time, unavailability of counselors, and patient reluctance—are all potentially resolvable if support systems could be put in place.

Systems that are similar to those that would be needed to treat depression have been well studied and demonstrated to be effective for delivering clinical preventive services in primary care settings.20,37-40 There is also growing evidence and support for a systems approach to improving chronic care as well.41-42 In theory, systems should be ideal for improving the identification of patients with depression, but our data—as well as the evidence that improving identification without first improving treatment is not helpful—suggest that management and follow-up should be the main targets of improvement efforts.

The Approaches to Change

There are no useful models in typical care settings that use comprehensive systems approaches for treating depression and little evidence for the most effective quality improvement change process. The only randomized clinical trial of a continuous quality improvement (CQI) process to improve depression care failed to demonstrate any benefits from the particular process used in its somewhat unusual settings.43 The principal investigator emphasized the difficulty of curbing longstanding clinical habits and the problems of traditional complex and slow CQI approaches.44

However, there appear to be at least 2 promising approaches to overcoming the problems that Goldberg and others have described for traditional CQI methods: (1) an external consultation approach, in which an external group with reason to help facilitate change in independent practices provides those practices with data on their own care processes, plus system tools and training or consultation; and (2) an internal change process approach, in which a medical practice or group of practices charters a multidisciplinary team that uses more recent CQI techniques to conduct its own change process.

 

 

In the external consultation approach, external facilitation is required because the practices lack the knowledge, skills, and experience to carry out their own change process. This approach is modeled after the one Dietrich and coworkers45-46 demonstrated to be effective for systematically improving clinical preventive services. It involves 4 components: feedback of comparative performance data to clinicians from a patient survey or chart audit; use of academic detailing47 to encourage trying new ways for a limited time period without requiring long-term commitment up front; provision of a menu of system tool examples for selection and implementation (eg, both electronic and paper-based systematic follow-up tools; brief questionnaires for depression screening; a chart stamp to create a place to enter screening scores and timing of follow-up; evaluations of referral resources; and organized patient education pamphlets); and consultation visits and phone calls to each practice to encourage and facilitate use of the tools. The New England project has been using this approach with 4 of the smaller and more isolated practices that participated in our surveys.

In contrast, the internal change process uses a variation on the techniques popularized by Langley and colleagues,48,50 Berwick,49 and the Institute for Healthcare Improvement Breakthrough Series.51 Since traditional CQI methods have had mixed effects and are widely perceived to require too much personnel and calendar time, the Breakthrough Series emphasizes 2 new ideas that allow a multidisciplinary improvement team to build a new system piece by piece: change concepts—new ideas for ways to do things that have been found to be useful,48 and rapid-cycle tests—using small-scale tests of individual parts of a larger change concept, measuring whether it worked, then modifying the approach on the basis of what was learned.49

The team begins by answering 3 questions:48 What are we trying to accomplish? How will we know that a change is an improvement? and What changes can we make that will result in improvement?

The first question (“What are we trying to accomplish?”) forces clinic leadership to be very clear about the focus and aim for the project. The second question (“How will we know that a change is an improvement?”) requires the team to collect a minimal amount of data to permit them to understand the problem and measure the effects of any changes made. Finally, the third question (“What changes can we make that will result in improvement?”) requires them to suggest change concepts that can form the basis for specific improvements to be tested in a series of rapid-cycle tests. Some examples of change concept-based improvements applicable to systematizing the care of patients with depression are: a clinic’s registered nurse who calls back patients with depression to provide information, support, and coordination of care after the visit with a primary care clinician; a system to initiate and schedule these call-backs with little or no clinician effort; a system to provide these patients with information about depression and about the various resources available to them to facilitate their self-care; predefined systematic care options, ideally including ways to help depressed patients who do not want or need medications or active counseling; and systematic facilitation of referrals and communication between primary care providers and off-site mental health resources.

The internal change process approach is being used by the DIAMOND (Depression Is A MANageable Disorder) Project in Minnesota. This setting differs from the practices in New England because it is a large (25-clinic) medical group located in a large metropolitan area with the experience and resources to lead its own change process. Despite the apparent differences, focus groups of physicians and nurses in the Minnesota practices perceived similar problems with access, communication, and collaboration with mental health providers and had similar overuse of medications, underuse of other treatments, and lack of systematic follow-up.52 Thus, there was a similar need for effective systems to support desirable care.

Deciding which of the 2 approaches will be most useful to clinicians in other settings depends on the specific situation and experiences of the site. Real improvement in clinical systems also requires satisfaction with the conditions identified by Shortell and colleagues53 in their recent critique of the current state of the quality improvement field: the areas slated for change need to be of real importance to the organization and should be addressed with clearly formulated interventions; the organization must be ready for change with capable leadership, trusting relationships with its physicians, and adequate information systems; and the external environment must not be hostile in its regulations, payment approach, and competitive factors.

Conclusions

There is considerable room for improvement in the primary care of patients with depression, and we believe that most of the problems associated with current care patterns would benefit from a more systematic approach.

 

 

Acknowledgments

Both projects reported in this article are supported by grants from the John D. and Catherine T. MacArthur Foundation, Chicago, Illinois. The authors also are grateful to the members of the Steering Committee of the MacArthur Foundation’s Depression and Primary Care Initiative for their supportive ongoing consultation both before and after funding, especially from John W. Williams, Jr, MD, MHS; Kathryn Rost, PhD; James Barrett, MD; and Michael Von Korff, ScD.

We give additional thanks to the other investigators and staff for the 2 projects, including Charlotte Winchell and Brent Forester, MD, Dartmouth; Floyd Fowler, PhD, University of Massachusetts; and Kathleen Conboy, RN; Thom Davis, PhD; and David Alter, PhD, HealthPartners. However, the real heroes of the activities reported here are the leaders, clinicians, and staffs of the participating clinical practices.

References

 

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3. Simon G, Ormel J, Von Korff M, Barlow W. Health care costs associated with depressive and anxiety disorders in primary care. Am J Psychiatry 1995;152:352-7.

4. Sturm R, Wells KB. How can care for depression become more cost-effective? JAMA 1995;273:51-8.

5. Reifler DR, Kessler HS, Bernhard EJ, Leon AC, Martin GJ. Impact of screening for mental health concerns on health service: utilization and functional status in primary care patients. Arch Intern Med 1996;156:2593-9.

6. Katz SJ, Kessler RC, Lin E, Wells KB. Medication management of depression in the United States and Ontario. J Gen Intern Med 1998;13:77-85.

7. Williams JW, Jr. Competing demands: does care for depression fit in primary care? J Gen Intern Med 1998;13:137-9.

8. Von Korff M, Simon G. The prevalence and impact of psychological disorders in primary care. Health Psych 1996;10:150-5.

9. Hays RD, Wells KB, Sherbourne CD, Rogers W, Spritzer K. Functioning and well-being outcomes of patients with depression compared with chronic general medical illnesses. Arch Gen Psychiatry 1995;52:11-9.

10. Broadhead WE, Blazer DG, George LK, Tse CK. Depression, disability days, and days lost from work in a prospective epidemiological survey. JAMA 1990;264:2525-8.

11. Horwath E, Johnson J, Klerman GL, Weissman MM. Depressive symptoms as relative and attributable risk factors for first-onset depression. Arch Gen Psychiatry 1992;49:817-23.

12. Kottke TE, Brekke ML, Solberg LI. Making “time” for preventive services. Mayo Clin Proc 1993;68:785-91.

13. Glass RM. Treating depression as a recurrent or chronic disease. JAMA 1999;281:83-4.

14. Judd LL. The clinical course of unipolar major depressive disorders. Arch Gen Psychiatry 1997;54:989-91.

15. Lin EHB, Katon WJ, Von Korff M, et al. Relapse of depression in primary care. Arch Fam Med 1998;7:443-9.

16. Katon W, Von Korff M, Lin E, et al. Distressed high utilizers of medical care: DSM-III-R diagnoses and treatment needs. Gen Hosp Psychiatry 1990;12:355-62.

17. Nolan TW. Understanding medical systems. Arch Intern Med 1998;128:293-8.

18. Simon GE, Von Korff M. Recognition, management, and outcomes of depression in primary care. Arch Fam Med 1995;4:99-105.

19. Davis DA, Thomson MA, Oxman AD, Haynes RB. Changing physician performance: a systematic review of the effect of continuing medical education strategies. JAMA 1995;274:700-5.

20. Ockene IS, Hebert JR, Ockene JK, Merriam PA, Hurley TG, Saperia GM. Effect of training and a structured office practice on physician-delivered nutrition counseling: the Worcester-area trial for counseling in hyperlipidemia (WATCH). Am J Prev Med 1996;12:252-8.

21. Lin EHB, Katon WJ, Simon GE, et al. Achieving guidelines for the treatment of depression in primary care: is physician education enough? Med Care 1997;35:831-42.

22. Krueger RA. Focus groups: a practical guide for applied research. Thousand Oaks, Calif: Sage Publications; 1994.

23. Hartley D, Korsen N, Bird D, Agger M. Management of patients with depression by rural primary care practitioners. Arch Fam Med 1998;7:139-45.

24. Williams JW, Jr, Rost K, Dietrich AJ, Ciotti MC, Zyzanski SJ, Cornell J. Primary care physicians’ approach to depressive disorders. Arch Fam Med 1999;8:58-67.

25. Lipman RS, Covi L, Shapiro AK. The Hopkins symptom check list (HSCL): factors derived from the HSCL-90. J Affect Disord 1979;1:9-24.

26. Hinton WL, Du N, Chen YC, Tran CG, Newman TB, Lu FG. Screening for major depression in Vietnamese refugees: a validation and comparison of two instruments in a health screening population. J Gen Intern Med 1994;9:202-6.

27. Nettelbladt P, Hansson L, Stefansson CG, Borquiest L, Nordstrom G. Test characteristics of the Hopkins Symptom Check List-f25 (HSCL-25) in Sweden, using the Present State Examination (PSE-9) as a caseness criterion. Soc Psychiatry Psychiatr Epidemiol 1993;28:130-3.

28. Barrett J, Williams J, Oxman T, Frank E, Katon W, Williams M. The Treatment Effectiveness Project: a comparison of the effectiveness of paroxetine, problem-solving therapy (PST-PC), and placebo in the treatment of minor depression and dysthymia in primary care patients. Gen Hosp Psychiatry 1999;21:260-73.

29. Ward J, Sanson-Fisher R. Accuracy of patient recall of opportunistic smoking cessation advice in general practice. Tob Control 1996;5:110-3.

30. Rohrbaugh M, Rogers JC. What did the doctor do? When physicians and patients disagree. Arch Fam Med 1994;3:125-9.

31. Moore RG. Improving the treatment of depression in primary care: problems and prospects. Br J Gen Pract 1997;47:587-90.

32. Dowrick C, Buchan I. Twelve month outcome of depression in general practice: does detection or disclosure make a difference? BMJ 1995;311:1274-6.

33. Depression Guideline Panel Depression in primary care: treatment of major depression. Clinical practice guideline no. 5. AHCPR publication no. 93-0551. Rockville, Md: US Department of Health and Human Services; 1993.

34. Katon W, Von Korff M, Lin E, et al. Population-based care of depression: effective disease management strategies to decrease prevalence. Gen Hosp Psych 1997;19:169-78.

35. Reynolds CF, III, Frank E, Perel JM, et al. Nortriptyline and interpersonal psychotherapy as maintenance therapies for recurrent major depression. JAMA 1999;281:39-45.

36. Edwards JG. Long term pharmacotherapy of depression. BMJ 1998;316:1180-1.

37. Thompson RS, Taplin SH, McAfee TA, Mandelson MT, Smith AE. Primary and secondary prevention services in clinical practice: twenty years’ experience in development, implementation, and evaluation. JAMA 1995;273:1130-5.

38. Leininger LS, Finn L, Dickey L, et al. An office system for organizing preventive services. Arch Fam Med 1996;5:108-15.

39. Solberg LI, Kottke TE, Brekke ML, Conn SA, Calomeni CA, Conboy K. Delivering clinical preventive services is a systems problem. Ann Behav Med 1997;19:271-8.

40. Cohen SJ, Halvorson HW, Gosselink CA. Changing physician behavior to improve disease prevention. Prev Med 1994;23:284-91.

41. Wagner EH, Austin BT, Von Korff M. Improving outcomes in chronic illness. Manag Care Q 1996;4:12-25.

42. Von Korff M, Gruman J, Schaefer J, Curry SJ, Wagner EH. Collaborative management of chronic illness. Arch Intern Med 1997;127:1097-102.

43. Goldberg HI, Wagner EH, Fihn SD, et al. A randomized controlled trial of CQI teams and academic detailing: can they alter compliance with guidelines? Jt Comm J Qual Improv 1998;24:130-42.

44. Goldberg HI. Building healthcare quality: if the future were easy, it would be here by now. Front Health Serv Manage 1998;15:40-3.

45. Dietrich AJ, O’Connor GT, Keller A, Carney PA, Levy D, Whaley FS. Cancer: improving early detection and prevention. A community practice randomised trial. BMJ 1992;304:687-91.

46. Carney PA, Dietrich AJ, Keller A, Landgraf J, O’Connor GT. Tools, teamwork, and tenacity: an office system for cancer prevention. J Fam Pract 1992;35:388-94.

47. Soumerai SB. Principles and uses of academic detailing to improve the management of psychiatric disorders. Int J Psychiatry Med 1998;28:81-96.

48. Langley GJ, Nolan KM, Nolan TW, Norman CL, Provost LP. Improvement guide: a practical approach to enhancing organizational performance. San Francisco, Calif: Jossey-Bass; 1996.

49. Berwick DM. Developing and testing changes in delivery of care. Ann Intern Med 1998;12:651-6.

50. Langley GJ, Nolan KM, Nolan TW. The foundation of improvement. Qual Prog 1994;27:81-6.

51. Kilo CM. A framework for collaborative improvement: lessons from the Institute for Healthcare Improvement’s Breakthrough Series. Qual Manage Health Care 1998;6:1-13.

52. Fischer LR, Heinrich RL, Davis TF, Peek CJ, Lucas SF. Mental health and primary care in an HMO. Fam Systems Health 1997;15:379-91.

53. Shortell SM, Bennett CL, Byck GR. Assessing the impact of continuous quality improvement on clinical practice: what it will take to accelerate progress. Milbank Q 1998;76:593-624.

Author and Disclosure Information

 

Leif I. Solberg, MD
Neil Korsen, MD
Thomas E. Oxman, MD
Lucy Rose Fischer, PhD
Stephen Bartels, MD, MS
Minneapolis, Minnesota; Portland, Maine; and Lebanon, New Hampshire
Submitted, revised, August 27, 1999.
From HealthPartners/HealthPartners Research Foundation, Minneapolis (L.I.S., L.R.F.); the Department of Family Practice, Maine Medical Center, Portland (N.K.); and the Department of Psychiatry, Dartmouth Medical School, Lebanon (T.E.O, S.B.). Reprint requests should be addressed to Leif I. Solberg, MD, Associate Medical Director for Care Improvement Research, HealthPartners/HealthPartners Research Foundation, 8100 34th Avenue South, P.O. Box 1524, Minneapolis, MN 55440-1524. E-mail: [email protected].

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Leif I. Solberg, MD
Neil Korsen, MD
Thomas E. Oxman, MD
Lucy Rose Fischer, PhD
Stephen Bartels, MD, MS
Minneapolis, Minnesota; Portland, Maine; and Lebanon, New Hampshire
Submitted, revised, August 27, 1999.
From HealthPartners/HealthPartners Research Foundation, Minneapolis (L.I.S., L.R.F.); the Department of Family Practice, Maine Medical Center, Portland (N.K.); and the Department of Psychiatry, Dartmouth Medical School, Lebanon (T.E.O, S.B.). Reprint requests should be addressed to Leif I. Solberg, MD, Associate Medical Director for Care Improvement Research, HealthPartners/HealthPartners Research Foundation, 8100 34th Avenue South, P.O. Box 1524, Minneapolis, MN 55440-1524. E-mail: [email protected].

Author and Disclosure Information

 

Leif I. Solberg, MD
Neil Korsen, MD
Thomas E. Oxman, MD
Lucy Rose Fischer, PhD
Stephen Bartels, MD, MS
Minneapolis, Minnesota; Portland, Maine; and Lebanon, New Hampshire
Submitted, revised, August 27, 1999.
From HealthPartners/HealthPartners Research Foundation, Minneapolis (L.I.S., L.R.F.); the Department of Family Practice, Maine Medical Center, Portland (N.K.); and the Department of Psychiatry, Dartmouth Medical School, Lebanon (T.E.O, S.B.). Reprint requests should be addressed to Leif I. Solberg, MD, Associate Medical Director for Care Improvement Research, HealthPartners/HealthPartners Research Foundation, 8100 34th Avenue South, P.O. Box 1524, Minneapolis, MN 55440-1524. E-mail: [email protected].

 

BACKGROUND: Many problems have been identified in the usual care of patients with depression, including lack of identification, overreliance on medications, and inadequate treatment and follow-up. Most of these problems can be attributed to an absence of depression care systems in primary care practice. We collected information from a group of practices to assess the need for and acceptability of such systems.

METHODS: We conducted 4 focus groups with primary care physicians and their staffs to identify attitudes and perceived behaviors for depression problems and to determine the participants’ level of acceptance of alternative systematic approaches. We also surveyed clinicians and a sample of patients who recently visited their practices.

RESULTS: Systematic screening was viewed unfavorably, and many barriers were identified with collaborative care with mental health clinicians. Participants did support involvement of other office staff and more systematic follow-up for patients with depression. The patient survey suggested that some patients with depressive symptoms were unrecognized and undertreated, but the key finding was considerable variation in care among practices.

CONCLUSIONS: These findings suggest that a more systematic approach could improve the problems associated with treatment of patients with depression in primary care and would be acceptable to physicians if introduced appropriately. There are at least 2 promising approaches to introducing such changes. One involves external feedback of data about their care to the practices, followed by offering a variety of systems concepts and tools. The other involves an internal change process in which a multiclinic improvement team collects its own data and develops its own systematic solutions using rapid-cycle testing.

Many studies have documented that patients with depressive symptoms or disorders are frequently unrecognized, untreated, or receive suboptimal care.1-7 Subthreshold depression is especially likely to go unrecognized, even though it is frequently associated with somatization and high health care utilization and costs.8-11 To reduce these problems, the focus of change must be on the primary care setting, where most patients with depression appear with various manifestations of the disease and where many will receive their care.

Although many factors contribute to these care delivery problems, the main barriers are probably the same as those that interfere with the delivery of clinical preventive services and with optimal care for any chronic condition. These barriers are time pressures, orientation of both clinicians and patients to presenting symptoms and acute problems, and the lack of well-organized support systems for clinicians and patients in most primary care settings.12 Clinicians continue to care for depression as if it were an acute illness, even though there is considerable reason to see it as a relapsing, recurrent, or even chronic disease.2,13-16

During the early stages of depression care, most of the identified problems with current care patterns (recognition and compliance with appropriate treatment) are of the type that would benefit from a more systematic approach.17 And since nearly 40% of treated cases have a relapse within 1 year and 75% have had at least 2 previous episodes of depression,15 the suggestion of Simon and Von Korff18 to redirect treatment toward more intensive follow-up and relapse prevention may make systems imperative. Nolan17 defines a system as “a collection of interdependent elements that interact to achieve a common purpose.” However, it might be easier for clinicians to think of a system as an organized set of processes created to ensure that a patient care action occurs more consistently than would be likely if it were necessary to depend entirely on the attitudes, memory, and clinical situations of individual clinicians. The integrated multidisciplinary steps necessary to ensure that a surgical procedure is carried out efficiently and safely represent a familiar clinical example of a system.

There are no well-documented models of effective ongoing comprehensive depression care systems in typical primary care settings in the United States. Also, there have been no good examples of a practical (ie, nonresearch) change process for facilitating the implementation or dissemination of the partial systems tested in controlled trials. We know that traditional educational interventions and distribution of materials or toolboxes have little if any effect on clinician behavior.19-21 We need a demonstration of replicable change processes that can help primary care physicians produce a sustainable model of systematic improved care for depression.

The MacArthur Foundation Initiative on Depression and Primary Care sponsored 2 projects to test methods for introducing new care models that emphasize practice systems. Located in distant parts of the country (New England and Minnesota) and in different types of care systems, those 2 projects have used different approaches that provide more comprehensive information about the potential to introduce systems improvements. We report the results of preliminary studies from the New England project designed to verify the need for new systems in these settings and to identify barriers to their introduction. We also describe 2 alternative approaches to introducing change in primary care settings.

 

 

Methods

We used 3 different techniques to gather the baseline data needed from primary care practices: focus groups, physician surveys, and patient surveys.

Focus Groups

We held 4 focus groups for the purpose of understanding attitudes and perceived behaviors. The participants in these groups were family physicians (n = 6), general internists (n = 5), nurses from the participating physicians’ offices (n = 9), and medical assistants from the same offices (n = 7). The physicians were recruited in the Portland, Maine, area from a group of 16 invited physicians who fit the criteria of representing a diversity of ages, years in practice, sex, and osteopathic or allopathic training. Three physicians declined to participate, and 2 others agreed but did not appear at the focus group meeting. The participating physicians were asked to invite nurses and medical assistants who worked with them to participate in the other groups. All participants signed consent forms and were paid for their time. A senior research fellow and an assistant from the Center for Survey Research at the University of Massachusetts-Boston led the groups, using standard focus group techniques.22 They asked about the participants’ approach to identifying and treating depression, their attitudes toward various systematic ways to facilitate this care, and what barriers they saw to making such changes. The sessions were videotaped and summarized by the leader, using the videotapes to double-check the impressions of what had been said.

Physician Survey

The purpose of the survey was to learn how confident the clinicians felt about managing depression and what they felt were the main barriers to their care of depressed patients, so that appropriate interventions could be provided. We recruited 9 family medicine or internal medicine practices from the areas of Portland, Maine, and Claremont and Manchester, New Hampshire, to participate in this project. One other practice that we approached declined. Other than representing a range of practice sizes, ages, and locations these practices were selected because they had at least 100 patient visits per week and did not include any of the physicians in the earlier focus groups. These 9 practices contained 27 clinicians: 10 family physicians, 11 general internists, 3 physician assistants, and 3 nurse practitioners. Three were solo practices, and the others ranged in size from 2 to 6 clinicians. The questionnaire they were asked to complete had previously been used with a larger sample of Maine physicians23 and was supplemented by questions from one used in a nationally representative sample of primary care physicians.24

Patient Survey

The purpose of the patient survey was to learn about both clinician and patient behavior from the viewpoint of patients with depressive symptoms visiting these clinics. We collected this information by first asking the clinics to obtain completed 20-item Hopkins Symptom Checklist depression scale (HSCL-d20) questionnaires from all consenting adult regular patients during office visits.2,25 The only exclusion criterion was the inability to see or read the questionnaire. Practice staff were trained in procedures for consistent collection of these data, and results were not made available to the clinicians seeing the patients. Each practice was asked to obtain written consent and HSCL-d20 completions from 100 consecutive eligible patients.

A research assistant called patients who scored higher than 0.75 on a scale of 0 to 4.0 on the HSCL-d20 within 2 weeks of their visit to complete a structured interview. Although a score higher than 1.75 has reasonable sensitivity (86%) and specificity (93%) for major depression,26,27 a cut-point score of 0.75 allows overinclusiveness for cases of minor and unrecovered depression.2 The interviewer used the Physician Response Questionnaire (PRQ), which questions whether there was any clinician discussion or recommendation about mood or depression during the visit and how the patient responded to those discussions.28

The responses were compared between the group of patients scoring between 0.75 and 1.75 and those scoring higher than 1.75 using a Student’s t test for continuous variables and a chi-square test for categorical variables. Although not the same as a diagnostic interview, splitting the subjects by symptom severity allowed us to look at whether the primary care physicians were more likely to provide attention and treatment to those with more severe symptoms.

Results

Focus Groups

There was unanimous agreement in all 4 focus groups that identifying and treating mental health problems is a big part of primary care and an acceptable part of the physicians’ responsibility.

Perceptions of the Current Care Process

Identification. No physician or practice used any form of routine screening for mental health problems. Although some physicians said they included a few mental health symptoms in their routine checkup histories, most relied on finding these problems as they explored presenting symptoms. When identified, there was little effort reported to define a diagnostic category in specific terms; depression and anxiety were often lumped together as psychological distress.

 

 

Management. The main management approach was to rely on medication. Only a few physicians reported doing some counseling themselves, citing time, training, and interest as barriers to doing more. Although most reported that they encouraged counseling, they cited the shortage of mental health professionals in the area, patient reluctance, and the difficulty of coordinating care as reasons for the small number of patients who actually see counselors. Only 2 clinicians had developed working relationships with counselors in their areas. Follow-up appeared to consist primarily of checks on medications; once satisfied with this issue there was no effort at active monitoring or routine follow-up. No office had nurses or other staff routinely involved in follow-up, although staff reported occasionally facilitating follow-up for individual patients who came to their attention.

Attitudes and Barriers to Systematizing Care

Identification. All 4 focus groups were against the routine use of any type of screening questionnaire, partly because “that is not the way to practice medicine” and partly because of concern about negative reactions from patients. However, there was also a physician belief that most significant problems would surface eventually, and they were not sure they wanted to unearth additional potential problems in this area.

Management. Although there was much more receptivity to the idea of organized monitoring and follow-up of identified patients by telephone (primarily for those on medications), most physicians were not sure that most patients would need it. Staff reported that it was not uncommon for patients to talk to them informally about their problems. All of the groups, except the family physicians, were enthusiastic about having a mental health counselor on site part-time. Possible roles suggested for such a person included medication monitoring by phone, phone discussions with callers who had mental health concerns, and office sessions with people needing counseling. Office staff felt there was a strong unmet need for obtaining easily accessible counseling for these patients. The family physicians had less interest in such a position for counseling, preferring the position be used for outreach and monitoring. Staff also wanted someone who was knowledgeable about mental health resources in the area and someone who could deal with managed care plans about mental health. The physicians’ main concerns were how to cover the cost of such a person and the complexity of sharing care.

Physician Survey Responses

Seventeen of the 27 clinicians completed the survey, and there was at least one respondent from each of the 9 practices. These 13 physicians and 4 midlevel practitioners nearly unanimously agreed that recognizing and treating depression was their responsibility (one physician was neutral). They reported seeing approximately 7 patients with depression per week and treating approximately one half of these entirely by themselves. Twelve felt “very” or “mostly” confident in their ability to manage them; 5 were “somewhat” confident.

Table 1 displays physicians’ report of the barriers they perceive to be affecting their ability to treat patients with depression. Lack of time was the biggest barrier, although 75% reported that patient reluctance for treatment and the unavailability of mental health consultation were at least a minor problem. Reimbursement issues and the discomfort of dealing with mental health problems did not seem very troublesome to most clinicians.

Patient Survey Responses

Of the 900 HSCL-d20 surveys requested from the 9 clinics, 668 (74%) were completed and returned. The range of responses per clinic was 35 to 100 with an average of 74. A total of 284 (42%) of these patients had a score of at least 0.75 (possible depression), and 75 (11%) scored higher than 1.75 (possible major depression). After at least 5 attempts to contact these patients, we reached 220 (77%) who agreed to complete the PRQ interview.

Table 2 shows the main responses relevant to this report. Compared with the less symptomatic patients, the more severely symptomatic patients were more likely to feel depressed (53% vs 21%), to be taking psychotropic medications (49% vs 29%), or to be seeing a psychotherapist (23% vs 6%). They were also more likely to mention mood to the clinician (49% vs 34%), and the clinician was more likely to have suggested that the patient was depressed (28% vs 8%), even if the clinician did not ask about mood. These differences suggest that more severely symptomatic patients do get attention from the clinician and are more likely to receive treatment than less symptomatic patients.

Although 49% of the patients with possible major depression and 29% of those with possible minor depression reported taking psychotropic medications, only 19% and 12% of these patients, respectively, reported being given a follow-up appointment. The low proportions receiving follow-up are similar if any type of treatment is considered (psychotropics, psycho therapy, or support groups). Moreover, even if they were receiving psychotropics, these patients were still relatively highly symptomatic.

 

 

There was considerable individual practice variability in these treatment behaviors. For example, although the average incidence for all practices in asking about mood in symptomatic patients was 35%, rates for the different practices ranged from 21% to 65%. Similarly, although an average of 15% of respondents were given a follow-up appointment, this ranged from 6% in one practice to 48% in another.

Additional information from the analysis (not shown in Table 2) showed that 20 (27%) of the 75 patients scoring higher than 1.75 neither mentioned mood themselves nor reported that the physician asked about it, and they were not receiving any type of mental health treatment. Of the 139 total patients the physicians did not ask about mood, 35 (25%) were taking a psychotropic medication (24, or 69%, of these were antidepressants). Of the 71 patients who reported that they were sad, down, or depressed at the visit, only 33 (46%) reported being asked about their mood by the physician. Only 11 (16%) of these 71 patients reported that the physician provided any counseling at the visit.

Discussion

Whether one relies on qualitative interview data, quantitative clinician self-report data, or quantitative patient report data, these results suggest that current care patterns for patients with depression are unsystematic and greatly variable. Although a score on the HSCL-d20 is not the same as a clinical diagnosis of depression, the issue of mood or stress was not brought up by the clinician in two thirds of the visits with patients reporting lower levels of depressive symptoms or in more than half (56%) of those scoring in the range where major depression is a possibility. Less than half (46%) of the patients who considered themselves depressed reported being asked about this by the clinician. Other studies of the accuracy of patient report suggest that patient report is either reasonably similar to physician report or errs on the side of overreporting physician behavior, so this lack of addressing depression is of concern.29-30

The focus groups suggest little clinician support for the time and effort of systems to routinely screen all visiting patients for depression. The scientific literature thus far concurs that there is little evidence that more systematic identification of cases of depression would necessarily be helpful.5,18, 31-32 However, all 3 data sources (focus groups, physician surveys, and patient surveys) suggest that management approaches in these practices have substantial room for improvement. The primary reliance on medications with little attention to the use of other treatment strategies or to any systematic follow-up is particularly troublesome, since recent studies suggest that a wide variety of approaches can add to the efficacy of treatment.2,27,33-34 There are increasing indications that intensive follow-up and relapse prevention is necessary for many patients, supporting the need for more systematic care.13,18,35-36

The clinicians studied not only accepted the responsibility of treating depression, but also seemed open to various ways to improve care. They appeared especially ready to entertain more organized monitoring and follow-up and on-site collaboration with mental health counselors, as long as the issues of care complexity, role clarification, and costs could be worked out. The main barriers they identified in current care—lack of time, unavailability of counselors, and patient reluctance—are all potentially resolvable if support systems could be put in place.

Systems that are similar to those that would be needed to treat depression have been well studied and demonstrated to be effective for delivering clinical preventive services in primary care settings.20,37-40 There is also growing evidence and support for a systems approach to improving chronic care as well.41-42 In theory, systems should be ideal for improving the identification of patients with depression, but our data—as well as the evidence that improving identification without first improving treatment is not helpful—suggest that management and follow-up should be the main targets of improvement efforts.

The Approaches to Change

There are no useful models in typical care settings that use comprehensive systems approaches for treating depression and little evidence for the most effective quality improvement change process. The only randomized clinical trial of a continuous quality improvement (CQI) process to improve depression care failed to demonstrate any benefits from the particular process used in its somewhat unusual settings.43 The principal investigator emphasized the difficulty of curbing longstanding clinical habits and the problems of traditional complex and slow CQI approaches.44

However, there appear to be at least 2 promising approaches to overcoming the problems that Goldberg and others have described for traditional CQI methods: (1) an external consultation approach, in which an external group with reason to help facilitate change in independent practices provides those practices with data on their own care processes, plus system tools and training or consultation; and (2) an internal change process approach, in which a medical practice or group of practices charters a multidisciplinary team that uses more recent CQI techniques to conduct its own change process.

 

 

In the external consultation approach, external facilitation is required because the practices lack the knowledge, skills, and experience to carry out their own change process. This approach is modeled after the one Dietrich and coworkers45-46 demonstrated to be effective for systematically improving clinical preventive services. It involves 4 components: feedback of comparative performance data to clinicians from a patient survey or chart audit; use of academic detailing47 to encourage trying new ways for a limited time period without requiring long-term commitment up front; provision of a menu of system tool examples for selection and implementation (eg, both electronic and paper-based systematic follow-up tools; brief questionnaires for depression screening; a chart stamp to create a place to enter screening scores and timing of follow-up; evaluations of referral resources; and organized patient education pamphlets); and consultation visits and phone calls to each practice to encourage and facilitate use of the tools. The New England project has been using this approach with 4 of the smaller and more isolated practices that participated in our surveys.

In contrast, the internal change process uses a variation on the techniques popularized by Langley and colleagues,48,50 Berwick,49 and the Institute for Healthcare Improvement Breakthrough Series.51 Since traditional CQI methods have had mixed effects and are widely perceived to require too much personnel and calendar time, the Breakthrough Series emphasizes 2 new ideas that allow a multidisciplinary improvement team to build a new system piece by piece: change concepts—new ideas for ways to do things that have been found to be useful,48 and rapid-cycle tests—using small-scale tests of individual parts of a larger change concept, measuring whether it worked, then modifying the approach on the basis of what was learned.49

The team begins by answering 3 questions:48 What are we trying to accomplish? How will we know that a change is an improvement? and What changes can we make that will result in improvement?

The first question (“What are we trying to accomplish?”) forces clinic leadership to be very clear about the focus and aim for the project. The second question (“How will we know that a change is an improvement?”) requires the team to collect a minimal amount of data to permit them to understand the problem and measure the effects of any changes made. Finally, the third question (“What changes can we make that will result in improvement?”) requires them to suggest change concepts that can form the basis for specific improvements to be tested in a series of rapid-cycle tests. Some examples of change concept-based improvements applicable to systematizing the care of patients with depression are: a clinic’s registered nurse who calls back patients with depression to provide information, support, and coordination of care after the visit with a primary care clinician; a system to initiate and schedule these call-backs with little or no clinician effort; a system to provide these patients with information about depression and about the various resources available to them to facilitate their self-care; predefined systematic care options, ideally including ways to help depressed patients who do not want or need medications or active counseling; and systematic facilitation of referrals and communication between primary care providers and off-site mental health resources.

The internal change process approach is being used by the DIAMOND (Depression Is A MANageable Disorder) Project in Minnesota. This setting differs from the practices in New England because it is a large (25-clinic) medical group located in a large metropolitan area with the experience and resources to lead its own change process. Despite the apparent differences, focus groups of physicians and nurses in the Minnesota practices perceived similar problems with access, communication, and collaboration with mental health providers and had similar overuse of medications, underuse of other treatments, and lack of systematic follow-up.52 Thus, there was a similar need for effective systems to support desirable care.

Deciding which of the 2 approaches will be most useful to clinicians in other settings depends on the specific situation and experiences of the site. Real improvement in clinical systems also requires satisfaction with the conditions identified by Shortell and colleagues53 in their recent critique of the current state of the quality improvement field: the areas slated for change need to be of real importance to the organization and should be addressed with clearly formulated interventions; the organization must be ready for change with capable leadership, trusting relationships with its physicians, and adequate information systems; and the external environment must not be hostile in its regulations, payment approach, and competitive factors.

Conclusions

There is considerable room for improvement in the primary care of patients with depression, and we believe that most of the problems associated with current care patterns would benefit from a more systematic approach.

 

 

Acknowledgments

Both projects reported in this article are supported by grants from the John D. and Catherine T. MacArthur Foundation, Chicago, Illinois. The authors also are grateful to the members of the Steering Committee of the MacArthur Foundation’s Depression and Primary Care Initiative for their supportive ongoing consultation both before and after funding, especially from John W. Williams, Jr, MD, MHS; Kathryn Rost, PhD; James Barrett, MD; and Michael Von Korff, ScD.

We give additional thanks to the other investigators and staff for the 2 projects, including Charlotte Winchell and Brent Forester, MD, Dartmouth; Floyd Fowler, PhD, University of Massachusetts; and Kathleen Conboy, RN; Thom Davis, PhD; and David Alter, PhD, HealthPartners. However, the real heroes of the activities reported here are the leaders, clinicians, and staffs of the participating clinical practices.

 

BACKGROUND: Many problems have been identified in the usual care of patients with depression, including lack of identification, overreliance on medications, and inadequate treatment and follow-up. Most of these problems can be attributed to an absence of depression care systems in primary care practice. We collected information from a group of practices to assess the need for and acceptability of such systems.

METHODS: We conducted 4 focus groups with primary care physicians and their staffs to identify attitudes and perceived behaviors for depression problems and to determine the participants’ level of acceptance of alternative systematic approaches. We also surveyed clinicians and a sample of patients who recently visited their practices.

RESULTS: Systematic screening was viewed unfavorably, and many barriers were identified with collaborative care with mental health clinicians. Participants did support involvement of other office staff and more systematic follow-up for patients with depression. The patient survey suggested that some patients with depressive symptoms were unrecognized and undertreated, but the key finding was considerable variation in care among practices.

CONCLUSIONS: These findings suggest that a more systematic approach could improve the problems associated with treatment of patients with depression in primary care and would be acceptable to physicians if introduced appropriately. There are at least 2 promising approaches to introducing such changes. One involves external feedback of data about their care to the practices, followed by offering a variety of systems concepts and tools. The other involves an internal change process in which a multiclinic improvement team collects its own data and develops its own systematic solutions using rapid-cycle testing.

Many studies have documented that patients with depressive symptoms or disorders are frequently unrecognized, untreated, or receive suboptimal care.1-7 Subthreshold depression is especially likely to go unrecognized, even though it is frequently associated with somatization and high health care utilization and costs.8-11 To reduce these problems, the focus of change must be on the primary care setting, where most patients with depression appear with various manifestations of the disease and where many will receive their care.

Although many factors contribute to these care delivery problems, the main barriers are probably the same as those that interfere with the delivery of clinical preventive services and with optimal care for any chronic condition. These barriers are time pressures, orientation of both clinicians and patients to presenting symptoms and acute problems, and the lack of well-organized support systems for clinicians and patients in most primary care settings.12 Clinicians continue to care for depression as if it were an acute illness, even though there is considerable reason to see it as a relapsing, recurrent, or even chronic disease.2,13-16

During the early stages of depression care, most of the identified problems with current care patterns (recognition and compliance with appropriate treatment) are of the type that would benefit from a more systematic approach.17 And since nearly 40% of treated cases have a relapse within 1 year and 75% have had at least 2 previous episodes of depression,15 the suggestion of Simon and Von Korff18 to redirect treatment toward more intensive follow-up and relapse prevention may make systems imperative. Nolan17 defines a system as “a collection of interdependent elements that interact to achieve a common purpose.” However, it might be easier for clinicians to think of a system as an organized set of processes created to ensure that a patient care action occurs more consistently than would be likely if it were necessary to depend entirely on the attitudes, memory, and clinical situations of individual clinicians. The integrated multidisciplinary steps necessary to ensure that a surgical procedure is carried out efficiently and safely represent a familiar clinical example of a system.

There are no well-documented models of effective ongoing comprehensive depression care systems in typical primary care settings in the United States. Also, there have been no good examples of a practical (ie, nonresearch) change process for facilitating the implementation or dissemination of the partial systems tested in controlled trials. We know that traditional educational interventions and distribution of materials or toolboxes have little if any effect on clinician behavior.19-21 We need a demonstration of replicable change processes that can help primary care physicians produce a sustainable model of systematic improved care for depression.

The MacArthur Foundation Initiative on Depression and Primary Care sponsored 2 projects to test methods for introducing new care models that emphasize practice systems. Located in distant parts of the country (New England and Minnesota) and in different types of care systems, those 2 projects have used different approaches that provide more comprehensive information about the potential to introduce systems improvements. We report the results of preliminary studies from the New England project designed to verify the need for new systems in these settings and to identify barriers to their introduction. We also describe 2 alternative approaches to introducing change in primary care settings.

 

 

Methods

We used 3 different techniques to gather the baseline data needed from primary care practices: focus groups, physician surveys, and patient surveys.

Focus Groups

We held 4 focus groups for the purpose of understanding attitudes and perceived behaviors. The participants in these groups were family physicians (n = 6), general internists (n = 5), nurses from the participating physicians’ offices (n = 9), and medical assistants from the same offices (n = 7). The physicians were recruited in the Portland, Maine, area from a group of 16 invited physicians who fit the criteria of representing a diversity of ages, years in practice, sex, and osteopathic or allopathic training. Three physicians declined to participate, and 2 others agreed but did not appear at the focus group meeting. The participating physicians were asked to invite nurses and medical assistants who worked with them to participate in the other groups. All participants signed consent forms and were paid for their time. A senior research fellow and an assistant from the Center for Survey Research at the University of Massachusetts-Boston led the groups, using standard focus group techniques.22 They asked about the participants’ approach to identifying and treating depression, their attitudes toward various systematic ways to facilitate this care, and what barriers they saw to making such changes. The sessions were videotaped and summarized by the leader, using the videotapes to double-check the impressions of what had been said.

Physician Survey

The purpose of the survey was to learn how confident the clinicians felt about managing depression and what they felt were the main barriers to their care of depressed patients, so that appropriate interventions could be provided. We recruited 9 family medicine or internal medicine practices from the areas of Portland, Maine, and Claremont and Manchester, New Hampshire, to participate in this project. One other practice that we approached declined. Other than representing a range of practice sizes, ages, and locations these practices were selected because they had at least 100 patient visits per week and did not include any of the physicians in the earlier focus groups. These 9 practices contained 27 clinicians: 10 family physicians, 11 general internists, 3 physician assistants, and 3 nurse practitioners. Three were solo practices, and the others ranged in size from 2 to 6 clinicians. The questionnaire they were asked to complete had previously been used with a larger sample of Maine physicians23 and was supplemented by questions from one used in a nationally representative sample of primary care physicians.24

Patient Survey

The purpose of the patient survey was to learn about both clinician and patient behavior from the viewpoint of patients with depressive symptoms visiting these clinics. We collected this information by first asking the clinics to obtain completed 20-item Hopkins Symptom Checklist depression scale (HSCL-d20) questionnaires from all consenting adult regular patients during office visits.2,25 The only exclusion criterion was the inability to see or read the questionnaire. Practice staff were trained in procedures for consistent collection of these data, and results were not made available to the clinicians seeing the patients. Each practice was asked to obtain written consent and HSCL-d20 completions from 100 consecutive eligible patients.

A research assistant called patients who scored higher than 0.75 on a scale of 0 to 4.0 on the HSCL-d20 within 2 weeks of their visit to complete a structured interview. Although a score higher than 1.75 has reasonable sensitivity (86%) and specificity (93%) for major depression,26,27 a cut-point score of 0.75 allows overinclusiveness for cases of minor and unrecovered depression.2 The interviewer used the Physician Response Questionnaire (PRQ), which questions whether there was any clinician discussion or recommendation about mood or depression during the visit and how the patient responded to those discussions.28

The responses were compared between the group of patients scoring between 0.75 and 1.75 and those scoring higher than 1.75 using a Student’s t test for continuous variables and a chi-square test for categorical variables. Although not the same as a diagnostic interview, splitting the subjects by symptom severity allowed us to look at whether the primary care physicians were more likely to provide attention and treatment to those with more severe symptoms.

Results

Focus Groups

There was unanimous agreement in all 4 focus groups that identifying and treating mental health problems is a big part of primary care and an acceptable part of the physicians’ responsibility.

Perceptions of the Current Care Process

Identification. No physician or practice used any form of routine screening for mental health problems. Although some physicians said they included a few mental health symptoms in their routine checkup histories, most relied on finding these problems as they explored presenting symptoms. When identified, there was little effort reported to define a diagnostic category in specific terms; depression and anxiety were often lumped together as psychological distress.

 

 

Management. The main management approach was to rely on medication. Only a few physicians reported doing some counseling themselves, citing time, training, and interest as barriers to doing more. Although most reported that they encouraged counseling, they cited the shortage of mental health professionals in the area, patient reluctance, and the difficulty of coordinating care as reasons for the small number of patients who actually see counselors. Only 2 clinicians had developed working relationships with counselors in their areas. Follow-up appeared to consist primarily of checks on medications; once satisfied with this issue there was no effort at active monitoring or routine follow-up. No office had nurses or other staff routinely involved in follow-up, although staff reported occasionally facilitating follow-up for individual patients who came to their attention.

Attitudes and Barriers to Systematizing Care

Identification. All 4 focus groups were against the routine use of any type of screening questionnaire, partly because “that is not the way to practice medicine” and partly because of concern about negative reactions from patients. However, there was also a physician belief that most significant problems would surface eventually, and they were not sure they wanted to unearth additional potential problems in this area.

Management. Although there was much more receptivity to the idea of organized monitoring and follow-up of identified patients by telephone (primarily for those on medications), most physicians were not sure that most patients would need it. Staff reported that it was not uncommon for patients to talk to them informally about their problems. All of the groups, except the family physicians, were enthusiastic about having a mental health counselor on site part-time. Possible roles suggested for such a person included medication monitoring by phone, phone discussions with callers who had mental health concerns, and office sessions with people needing counseling. Office staff felt there was a strong unmet need for obtaining easily accessible counseling for these patients. The family physicians had less interest in such a position for counseling, preferring the position be used for outreach and monitoring. Staff also wanted someone who was knowledgeable about mental health resources in the area and someone who could deal with managed care plans about mental health. The physicians’ main concerns were how to cover the cost of such a person and the complexity of sharing care.

Physician Survey Responses

Seventeen of the 27 clinicians completed the survey, and there was at least one respondent from each of the 9 practices. These 13 physicians and 4 midlevel practitioners nearly unanimously agreed that recognizing and treating depression was their responsibility (one physician was neutral). They reported seeing approximately 7 patients with depression per week and treating approximately one half of these entirely by themselves. Twelve felt “very” or “mostly” confident in their ability to manage them; 5 were “somewhat” confident.

Table 1 displays physicians’ report of the barriers they perceive to be affecting their ability to treat patients with depression. Lack of time was the biggest barrier, although 75% reported that patient reluctance for treatment and the unavailability of mental health consultation were at least a minor problem. Reimbursement issues and the discomfort of dealing with mental health problems did not seem very troublesome to most clinicians.

Patient Survey Responses

Of the 900 HSCL-d20 surveys requested from the 9 clinics, 668 (74%) were completed and returned. The range of responses per clinic was 35 to 100 with an average of 74. A total of 284 (42%) of these patients had a score of at least 0.75 (possible depression), and 75 (11%) scored higher than 1.75 (possible major depression). After at least 5 attempts to contact these patients, we reached 220 (77%) who agreed to complete the PRQ interview.

Table 2 shows the main responses relevant to this report. Compared with the less symptomatic patients, the more severely symptomatic patients were more likely to feel depressed (53% vs 21%), to be taking psychotropic medications (49% vs 29%), or to be seeing a psychotherapist (23% vs 6%). They were also more likely to mention mood to the clinician (49% vs 34%), and the clinician was more likely to have suggested that the patient was depressed (28% vs 8%), even if the clinician did not ask about mood. These differences suggest that more severely symptomatic patients do get attention from the clinician and are more likely to receive treatment than less symptomatic patients.

Although 49% of the patients with possible major depression and 29% of those with possible minor depression reported taking psychotropic medications, only 19% and 12% of these patients, respectively, reported being given a follow-up appointment. The low proportions receiving follow-up are similar if any type of treatment is considered (psychotropics, psycho therapy, or support groups). Moreover, even if they were receiving psychotropics, these patients were still relatively highly symptomatic.

 

 

There was considerable individual practice variability in these treatment behaviors. For example, although the average incidence for all practices in asking about mood in symptomatic patients was 35%, rates for the different practices ranged from 21% to 65%. Similarly, although an average of 15% of respondents were given a follow-up appointment, this ranged from 6% in one practice to 48% in another.

Additional information from the analysis (not shown in Table 2) showed that 20 (27%) of the 75 patients scoring higher than 1.75 neither mentioned mood themselves nor reported that the physician asked about it, and they were not receiving any type of mental health treatment. Of the 139 total patients the physicians did not ask about mood, 35 (25%) were taking a psychotropic medication (24, or 69%, of these were antidepressants). Of the 71 patients who reported that they were sad, down, or depressed at the visit, only 33 (46%) reported being asked about their mood by the physician. Only 11 (16%) of these 71 patients reported that the physician provided any counseling at the visit.

Discussion

Whether one relies on qualitative interview data, quantitative clinician self-report data, or quantitative patient report data, these results suggest that current care patterns for patients with depression are unsystematic and greatly variable. Although a score on the HSCL-d20 is not the same as a clinical diagnosis of depression, the issue of mood or stress was not brought up by the clinician in two thirds of the visits with patients reporting lower levels of depressive symptoms or in more than half (56%) of those scoring in the range where major depression is a possibility. Less than half (46%) of the patients who considered themselves depressed reported being asked about this by the clinician. Other studies of the accuracy of patient report suggest that patient report is either reasonably similar to physician report or errs on the side of overreporting physician behavior, so this lack of addressing depression is of concern.29-30

The focus groups suggest little clinician support for the time and effort of systems to routinely screen all visiting patients for depression. The scientific literature thus far concurs that there is little evidence that more systematic identification of cases of depression would necessarily be helpful.5,18, 31-32 However, all 3 data sources (focus groups, physician surveys, and patient surveys) suggest that management approaches in these practices have substantial room for improvement. The primary reliance on medications with little attention to the use of other treatment strategies or to any systematic follow-up is particularly troublesome, since recent studies suggest that a wide variety of approaches can add to the efficacy of treatment.2,27,33-34 There are increasing indications that intensive follow-up and relapse prevention is necessary for many patients, supporting the need for more systematic care.13,18,35-36

The clinicians studied not only accepted the responsibility of treating depression, but also seemed open to various ways to improve care. They appeared especially ready to entertain more organized monitoring and follow-up and on-site collaboration with mental health counselors, as long as the issues of care complexity, role clarification, and costs could be worked out. The main barriers they identified in current care—lack of time, unavailability of counselors, and patient reluctance—are all potentially resolvable if support systems could be put in place.

Systems that are similar to those that would be needed to treat depression have been well studied and demonstrated to be effective for delivering clinical preventive services in primary care settings.20,37-40 There is also growing evidence and support for a systems approach to improving chronic care as well.41-42 In theory, systems should be ideal for improving the identification of patients with depression, but our data—as well as the evidence that improving identification without first improving treatment is not helpful—suggest that management and follow-up should be the main targets of improvement efforts.

The Approaches to Change

There are no useful models in typical care settings that use comprehensive systems approaches for treating depression and little evidence for the most effective quality improvement change process. The only randomized clinical trial of a continuous quality improvement (CQI) process to improve depression care failed to demonstrate any benefits from the particular process used in its somewhat unusual settings.43 The principal investigator emphasized the difficulty of curbing longstanding clinical habits and the problems of traditional complex and slow CQI approaches.44

However, there appear to be at least 2 promising approaches to overcoming the problems that Goldberg and others have described for traditional CQI methods: (1) an external consultation approach, in which an external group with reason to help facilitate change in independent practices provides those practices with data on their own care processes, plus system tools and training or consultation; and (2) an internal change process approach, in which a medical practice or group of practices charters a multidisciplinary team that uses more recent CQI techniques to conduct its own change process.

 

 

In the external consultation approach, external facilitation is required because the practices lack the knowledge, skills, and experience to carry out their own change process. This approach is modeled after the one Dietrich and coworkers45-46 demonstrated to be effective for systematically improving clinical preventive services. It involves 4 components: feedback of comparative performance data to clinicians from a patient survey or chart audit; use of academic detailing47 to encourage trying new ways for a limited time period without requiring long-term commitment up front; provision of a menu of system tool examples for selection and implementation (eg, both electronic and paper-based systematic follow-up tools; brief questionnaires for depression screening; a chart stamp to create a place to enter screening scores and timing of follow-up; evaluations of referral resources; and organized patient education pamphlets); and consultation visits and phone calls to each practice to encourage and facilitate use of the tools. The New England project has been using this approach with 4 of the smaller and more isolated practices that participated in our surveys.

In contrast, the internal change process uses a variation on the techniques popularized by Langley and colleagues,48,50 Berwick,49 and the Institute for Healthcare Improvement Breakthrough Series.51 Since traditional CQI methods have had mixed effects and are widely perceived to require too much personnel and calendar time, the Breakthrough Series emphasizes 2 new ideas that allow a multidisciplinary improvement team to build a new system piece by piece: change concepts—new ideas for ways to do things that have been found to be useful,48 and rapid-cycle tests—using small-scale tests of individual parts of a larger change concept, measuring whether it worked, then modifying the approach on the basis of what was learned.49

The team begins by answering 3 questions:48 What are we trying to accomplish? How will we know that a change is an improvement? and What changes can we make that will result in improvement?

The first question (“What are we trying to accomplish?”) forces clinic leadership to be very clear about the focus and aim for the project. The second question (“How will we know that a change is an improvement?”) requires the team to collect a minimal amount of data to permit them to understand the problem and measure the effects of any changes made. Finally, the third question (“What changes can we make that will result in improvement?”) requires them to suggest change concepts that can form the basis for specific improvements to be tested in a series of rapid-cycle tests. Some examples of change concept-based improvements applicable to systematizing the care of patients with depression are: a clinic’s registered nurse who calls back patients with depression to provide information, support, and coordination of care after the visit with a primary care clinician; a system to initiate and schedule these call-backs with little or no clinician effort; a system to provide these patients with information about depression and about the various resources available to them to facilitate their self-care; predefined systematic care options, ideally including ways to help depressed patients who do not want or need medications or active counseling; and systematic facilitation of referrals and communication between primary care providers and off-site mental health resources.

The internal change process approach is being used by the DIAMOND (Depression Is A MANageable Disorder) Project in Minnesota. This setting differs from the practices in New England because it is a large (25-clinic) medical group located in a large metropolitan area with the experience and resources to lead its own change process. Despite the apparent differences, focus groups of physicians and nurses in the Minnesota practices perceived similar problems with access, communication, and collaboration with mental health providers and had similar overuse of medications, underuse of other treatments, and lack of systematic follow-up.52 Thus, there was a similar need for effective systems to support desirable care.

Deciding which of the 2 approaches will be most useful to clinicians in other settings depends on the specific situation and experiences of the site. Real improvement in clinical systems also requires satisfaction with the conditions identified by Shortell and colleagues53 in their recent critique of the current state of the quality improvement field: the areas slated for change need to be of real importance to the organization and should be addressed with clearly formulated interventions; the organization must be ready for change with capable leadership, trusting relationships with its physicians, and adequate information systems; and the external environment must not be hostile in its regulations, payment approach, and competitive factors.

Conclusions

There is considerable room for improvement in the primary care of patients with depression, and we believe that most of the problems associated with current care patterns would benefit from a more systematic approach.

 

 

Acknowledgments

Both projects reported in this article are supported by grants from the John D. and Catherine T. MacArthur Foundation, Chicago, Illinois. The authors also are grateful to the members of the Steering Committee of the MacArthur Foundation’s Depression and Primary Care Initiative for their supportive ongoing consultation both before and after funding, especially from John W. Williams, Jr, MD, MHS; Kathryn Rost, PhD; James Barrett, MD; and Michael Von Korff, ScD.

We give additional thanks to the other investigators and staff for the 2 projects, including Charlotte Winchell and Brent Forester, MD, Dartmouth; Floyd Fowler, PhD, University of Massachusetts; and Kathleen Conboy, RN; Thom Davis, PhD; and David Alter, PhD, HealthPartners. However, the real heroes of the activities reported here are the leaders, clinicians, and staffs of the participating clinical practices.

References

 

1. Higgins ES. A review of unrecognized mental illness in primary care: prevalence, natural history, and efforts to change the course. Arch Fam Med 1994;3:908-17.

2. Katon W, Von Korff M, Lin E, et al. Collaborative management to achieve treatment guidelines: impact on depression in primary care. JAMA 1995;273:1026-31.

3. Simon G, Ormel J, Von Korff M, Barlow W. Health care costs associated with depressive and anxiety disorders in primary care. Am J Psychiatry 1995;152:352-7.

4. Sturm R, Wells KB. How can care for depression become more cost-effective? JAMA 1995;273:51-8.

5. Reifler DR, Kessler HS, Bernhard EJ, Leon AC, Martin GJ. Impact of screening for mental health concerns on health service: utilization and functional status in primary care patients. Arch Intern Med 1996;156:2593-9.

6. Katz SJ, Kessler RC, Lin E, Wells KB. Medication management of depression in the United States and Ontario. J Gen Intern Med 1998;13:77-85.

7. Williams JW, Jr. Competing demands: does care for depression fit in primary care? J Gen Intern Med 1998;13:137-9.

8. Von Korff M, Simon G. The prevalence and impact of psychological disorders in primary care. Health Psych 1996;10:150-5.

9. Hays RD, Wells KB, Sherbourne CD, Rogers W, Spritzer K. Functioning and well-being outcomes of patients with depression compared with chronic general medical illnesses. Arch Gen Psychiatry 1995;52:11-9.

10. Broadhead WE, Blazer DG, George LK, Tse CK. Depression, disability days, and days lost from work in a prospective epidemiological survey. JAMA 1990;264:2525-8.

11. Horwath E, Johnson J, Klerman GL, Weissman MM. Depressive symptoms as relative and attributable risk factors for first-onset depression. Arch Gen Psychiatry 1992;49:817-23.

12. Kottke TE, Brekke ML, Solberg LI. Making “time” for preventive services. Mayo Clin Proc 1993;68:785-91.

13. Glass RM. Treating depression as a recurrent or chronic disease. JAMA 1999;281:83-4.

14. Judd LL. The clinical course of unipolar major depressive disorders. Arch Gen Psychiatry 1997;54:989-91.

15. Lin EHB, Katon WJ, Von Korff M, et al. Relapse of depression in primary care. Arch Fam Med 1998;7:443-9.

16. Katon W, Von Korff M, Lin E, et al. Distressed high utilizers of medical care: DSM-III-R diagnoses and treatment needs. Gen Hosp Psychiatry 1990;12:355-62.

17. Nolan TW. Understanding medical systems. Arch Intern Med 1998;128:293-8.

18. Simon GE, Von Korff M. Recognition, management, and outcomes of depression in primary care. Arch Fam Med 1995;4:99-105.

19. Davis DA, Thomson MA, Oxman AD, Haynes RB. Changing physician performance: a systematic review of the effect of continuing medical education strategies. JAMA 1995;274:700-5.

20. Ockene IS, Hebert JR, Ockene JK, Merriam PA, Hurley TG, Saperia GM. Effect of training and a structured office practice on physician-delivered nutrition counseling: the Worcester-area trial for counseling in hyperlipidemia (WATCH). Am J Prev Med 1996;12:252-8.

21. Lin EHB, Katon WJ, Simon GE, et al. Achieving guidelines for the treatment of depression in primary care: is physician education enough? Med Care 1997;35:831-42.

22. Krueger RA. Focus groups: a practical guide for applied research. Thousand Oaks, Calif: Sage Publications; 1994.

23. Hartley D, Korsen N, Bird D, Agger M. Management of patients with depression by rural primary care practitioners. Arch Fam Med 1998;7:139-45.

24. Williams JW, Jr, Rost K, Dietrich AJ, Ciotti MC, Zyzanski SJ, Cornell J. Primary care physicians’ approach to depressive disorders. Arch Fam Med 1999;8:58-67.

25. Lipman RS, Covi L, Shapiro AK. The Hopkins symptom check list (HSCL): factors derived from the HSCL-90. J Affect Disord 1979;1:9-24.

26. Hinton WL, Du N, Chen YC, Tran CG, Newman TB, Lu FG. Screening for major depression in Vietnamese refugees: a validation and comparison of two instruments in a health screening population. J Gen Intern Med 1994;9:202-6.

27. Nettelbladt P, Hansson L, Stefansson CG, Borquiest L, Nordstrom G. Test characteristics of the Hopkins Symptom Check List-f25 (HSCL-25) in Sweden, using the Present State Examination (PSE-9) as a caseness criterion. Soc Psychiatry Psychiatr Epidemiol 1993;28:130-3.

28. Barrett J, Williams J, Oxman T, Frank E, Katon W, Williams M. The Treatment Effectiveness Project: a comparison of the effectiveness of paroxetine, problem-solving therapy (PST-PC), and placebo in the treatment of minor depression and dysthymia in primary care patients. Gen Hosp Psychiatry 1999;21:260-73.

29. Ward J, Sanson-Fisher R. Accuracy of patient recall of opportunistic smoking cessation advice in general practice. Tob Control 1996;5:110-3.

30. Rohrbaugh M, Rogers JC. What did the doctor do? When physicians and patients disagree. Arch Fam Med 1994;3:125-9.

31. Moore RG. Improving the treatment of depression in primary care: problems and prospects. Br J Gen Pract 1997;47:587-90.

32. Dowrick C, Buchan I. Twelve month outcome of depression in general practice: does detection or disclosure make a difference? BMJ 1995;311:1274-6.

33. Depression Guideline Panel Depression in primary care: treatment of major depression. Clinical practice guideline no. 5. AHCPR publication no. 93-0551. Rockville, Md: US Department of Health and Human Services; 1993.

34. Katon W, Von Korff M, Lin E, et al. Population-based care of depression: effective disease management strategies to decrease prevalence. Gen Hosp Psych 1997;19:169-78.

35. Reynolds CF, III, Frank E, Perel JM, et al. Nortriptyline and interpersonal psychotherapy as maintenance therapies for recurrent major depression. JAMA 1999;281:39-45.

36. Edwards JG. Long term pharmacotherapy of depression. BMJ 1998;316:1180-1.

37. Thompson RS, Taplin SH, McAfee TA, Mandelson MT, Smith AE. Primary and secondary prevention services in clinical practice: twenty years’ experience in development, implementation, and evaluation. JAMA 1995;273:1130-5.

38. Leininger LS, Finn L, Dickey L, et al. An office system for organizing preventive services. Arch Fam Med 1996;5:108-15.

39. Solberg LI, Kottke TE, Brekke ML, Conn SA, Calomeni CA, Conboy K. Delivering clinical preventive services is a systems problem. Ann Behav Med 1997;19:271-8.

40. Cohen SJ, Halvorson HW, Gosselink CA. Changing physician behavior to improve disease prevention. Prev Med 1994;23:284-91.

41. Wagner EH, Austin BT, Von Korff M. Improving outcomes in chronic illness. Manag Care Q 1996;4:12-25.

42. Von Korff M, Gruman J, Schaefer J, Curry SJ, Wagner EH. Collaborative management of chronic illness. Arch Intern Med 1997;127:1097-102.

43. Goldberg HI, Wagner EH, Fihn SD, et al. A randomized controlled trial of CQI teams and academic detailing: can they alter compliance with guidelines? Jt Comm J Qual Improv 1998;24:130-42.

44. Goldberg HI. Building healthcare quality: if the future were easy, it would be here by now. Front Health Serv Manage 1998;15:40-3.

45. Dietrich AJ, O’Connor GT, Keller A, Carney PA, Levy D, Whaley FS. Cancer: improving early detection and prevention. A community practice randomised trial. BMJ 1992;304:687-91.

46. Carney PA, Dietrich AJ, Keller A, Landgraf J, O’Connor GT. Tools, teamwork, and tenacity: an office system for cancer prevention. J Fam Pract 1992;35:388-94.

47. Soumerai SB. Principles and uses of academic detailing to improve the management of psychiatric disorders. Int J Psychiatry Med 1998;28:81-96.

48. Langley GJ, Nolan KM, Nolan TW, Norman CL, Provost LP. Improvement guide: a practical approach to enhancing organizational performance. San Francisco, Calif: Jossey-Bass; 1996.

49. Berwick DM. Developing and testing changes in delivery of care. Ann Intern Med 1998;12:651-6.

50. Langley GJ, Nolan KM, Nolan TW. The foundation of improvement. Qual Prog 1994;27:81-6.

51. Kilo CM. A framework for collaborative improvement: lessons from the Institute for Healthcare Improvement’s Breakthrough Series. Qual Manage Health Care 1998;6:1-13.

52. Fischer LR, Heinrich RL, Davis TF, Peek CJ, Lucas SF. Mental health and primary care in an HMO. Fam Systems Health 1997;15:379-91.

53. Shortell SM, Bennett CL, Byck GR. Assessing the impact of continuous quality improvement on clinical practice: what it will take to accelerate progress. Milbank Q 1998;76:593-624.

References

 

1. Higgins ES. A review of unrecognized mental illness in primary care: prevalence, natural history, and efforts to change the course. Arch Fam Med 1994;3:908-17.

2. Katon W, Von Korff M, Lin E, et al. Collaborative management to achieve treatment guidelines: impact on depression in primary care. JAMA 1995;273:1026-31.

3. Simon G, Ormel J, Von Korff M, Barlow W. Health care costs associated with depressive and anxiety disorders in primary care. Am J Psychiatry 1995;152:352-7.

4. Sturm R, Wells KB. How can care for depression become more cost-effective? JAMA 1995;273:51-8.

5. Reifler DR, Kessler HS, Bernhard EJ, Leon AC, Martin GJ. Impact of screening for mental health concerns on health service: utilization and functional status in primary care patients. Arch Intern Med 1996;156:2593-9.

6. Katz SJ, Kessler RC, Lin E, Wells KB. Medication management of depression in the United States and Ontario. J Gen Intern Med 1998;13:77-85.

7. Williams JW, Jr. Competing demands: does care for depression fit in primary care? J Gen Intern Med 1998;13:137-9.

8. Von Korff M, Simon G. The prevalence and impact of psychological disorders in primary care. Health Psych 1996;10:150-5.

9. Hays RD, Wells KB, Sherbourne CD, Rogers W, Spritzer K. Functioning and well-being outcomes of patients with depression compared with chronic general medical illnesses. Arch Gen Psychiatry 1995;52:11-9.

10. Broadhead WE, Blazer DG, George LK, Tse CK. Depression, disability days, and days lost from work in a prospective epidemiological survey. JAMA 1990;264:2525-8.

11. Horwath E, Johnson J, Klerman GL, Weissman MM. Depressive symptoms as relative and attributable risk factors for first-onset depression. Arch Gen Psychiatry 1992;49:817-23.

12. Kottke TE, Brekke ML, Solberg LI. Making “time” for preventive services. Mayo Clin Proc 1993;68:785-91.

13. Glass RM. Treating depression as a recurrent or chronic disease. JAMA 1999;281:83-4.

14. Judd LL. The clinical course of unipolar major depressive disorders. Arch Gen Psychiatry 1997;54:989-91.

15. Lin EHB, Katon WJ, Von Korff M, et al. Relapse of depression in primary care. Arch Fam Med 1998;7:443-9.

16. Katon W, Von Korff M, Lin E, et al. Distressed high utilizers of medical care: DSM-III-R diagnoses and treatment needs. Gen Hosp Psychiatry 1990;12:355-62.

17. Nolan TW. Understanding medical systems. Arch Intern Med 1998;128:293-8.

18. Simon GE, Von Korff M. Recognition, management, and outcomes of depression in primary care. Arch Fam Med 1995;4:99-105.

19. Davis DA, Thomson MA, Oxman AD, Haynes RB. Changing physician performance: a systematic review of the effect of continuing medical education strategies. JAMA 1995;274:700-5.

20. Ockene IS, Hebert JR, Ockene JK, Merriam PA, Hurley TG, Saperia GM. Effect of training and a structured office practice on physician-delivered nutrition counseling: the Worcester-area trial for counseling in hyperlipidemia (WATCH). Am J Prev Med 1996;12:252-8.

21. Lin EHB, Katon WJ, Simon GE, et al. Achieving guidelines for the treatment of depression in primary care: is physician education enough? Med Care 1997;35:831-42.

22. Krueger RA. Focus groups: a practical guide for applied research. Thousand Oaks, Calif: Sage Publications; 1994.

23. Hartley D, Korsen N, Bird D, Agger M. Management of patients with depression by rural primary care practitioners. Arch Fam Med 1998;7:139-45.

24. Williams JW, Jr, Rost K, Dietrich AJ, Ciotti MC, Zyzanski SJ, Cornell J. Primary care physicians’ approach to depressive disorders. Arch Fam Med 1999;8:58-67.

25. Lipman RS, Covi L, Shapiro AK. The Hopkins symptom check list (HSCL): factors derived from the HSCL-90. J Affect Disord 1979;1:9-24.

26. Hinton WL, Du N, Chen YC, Tran CG, Newman TB, Lu FG. Screening for major depression in Vietnamese refugees: a validation and comparison of two instruments in a health screening population. J Gen Intern Med 1994;9:202-6.

27. Nettelbladt P, Hansson L, Stefansson CG, Borquiest L, Nordstrom G. Test characteristics of the Hopkins Symptom Check List-f25 (HSCL-25) in Sweden, using the Present State Examination (PSE-9) as a caseness criterion. Soc Psychiatry Psychiatr Epidemiol 1993;28:130-3.

28. Barrett J, Williams J, Oxman T, Frank E, Katon W, Williams M. The Treatment Effectiveness Project: a comparison of the effectiveness of paroxetine, problem-solving therapy (PST-PC), and placebo in the treatment of minor depression and dysthymia in primary care patients. Gen Hosp Psychiatry 1999;21:260-73.

29. Ward J, Sanson-Fisher R. Accuracy of patient recall of opportunistic smoking cessation advice in general practice. Tob Control 1996;5:110-3.

30. Rohrbaugh M, Rogers JC. What did the doctor do? When physicians and patients disagree. Arch Fam Med 1994;3:125-9.

31. Moore RG. Improving the treatment of depression in primary care: problems and prospects. Br J Gen Pract 1997;47:587-90.

32. Dowrick C, Buchan I. Twelve month outcome of depression in general practice: does detection or disclosure make a difference? BMJ 1995;311:1274-6.

33. Depression Guideline Panel Depression in primary care: treatment of major depression. Clinical practice guideline no. 5. AHCPR publication no. 93-0551. Rockville, Md: US Department of Health and Human Services; 1993.

34. Katon W, Von Korff M, Lin E, et al. Population-based care of depression: effective disease management strategies to decrease prevalence. Gen Hosp Psych 1997;19:169-78.

35. Reynolds CF, III, Frank E, Perel JM, et al. Nortriptyline and interpersonal psychotherapy as maintenance therapies for recurrent major depression. JAMA 1999;281:39-45.

36. Edwards JG. Long term pharmacotherapy of depression. BMJ 1998;316:1180-1.

37. Thompson RS, Taplin SH, McAfee TA, Mandelson MT, Smith AE. Primary and secondary prevention services in clinical practice: twenty years’ experience in development, implementation, and evaluation. JAMA 1995;273:1130-5.

38. Leininger LS, Finn L, Dickey L, et al. An office system for organizing preventive services. Arch Fam Med 1996;5:108-15.

39. Solberg LI, Kottke TE, Brekke ML, Conn SA, Calomeni CA, Conboy K. Delivering clinical preventive services is a systems problem. Ann Behav Med 1997;19:271-8.

40. Cohen SJ, Halvorson HW, Gosselink CA. Changing physician behavior to improve disease prevention. Prev Med 1994;23:284-91.

41. Wagner EH, Austin BT, Von Korff M. Improving outcomes in chronic illness. Manag Care Q 1996;4:12-25.

42. Von Korff M, Gruman J, Schaefer J, Curry SJ, Wagner EH. Collaborative management of chronic illness. Arch Intern Med 1997;127:1097-102.

43. Goldberg HI, Wagner EH, Fihn SD, et al. A randomized controlled trial of CQI teams and academic detailing: can they alter compliance with guidelines? Jt Comm J Qual Improv 1998;24:130-42.

44. Goldberg HI. Building healthcare quality: if the future were easy, it would be here by now. Front Health Serv Manage 1998;15:40-3.

45. Dietrich AJ, O’Connor GT, Keller A, Carney PA, Levy D, Whaley FS. Cancer: improving early detection and prevention. A community practice randomised trial. BMJ 1992;304:687-91.

46. Carney PA, Dietrich AJ, Keller A, Landgraf J, O’Connor GT. Tools, teamwork, and tenacity: an office system for cancer prevention. J Fam Pract 1992;35:388-94.

47. Soumerai SB. Principles and uses of academic detailing to improve the management of psychiatric disorders. Int J Psychiatry Med 1998;28:81-96.

48. Langley GJ, Nolan KM, Nolan TW, Norman CL, Provost LP. Improvement guide: a practical approach to enhancing organizational performance. San Francisco, Calif: Jossey-Bass; 1996.

49. Berwick DM. Developing and testing changes in delivery of care. Ann Intern Med 1998;12:651-6.

50. Langley GJ, Nolan KM, Nolan TW. The foundation of improvement. Qual Prog 1994;27:81-6.

51. Kilo CM. A framework for collaborative improvement: lessons from the Institute for Healthcare Improvement’s Breakthrough Series. Qual Manage Health Care 1998;6:1-13.

52. Fischer LR, Heinrich RL, Davis TF, Peek CJ, Lucas SF. Mental health and primary care in an HMO. Fam Systems Health 1997;15:379-91.

53. Shortell SM, Bennett CL, Byck GR. Assessing the impact of continuous quality improvement on clinical practice: what it will take to accelerate progress. Milbank Q 1998;76:593-624.

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