User login
Hospitalist Experiences With PICCs
Peripherally inserted central catheters (PICCs) are central venous catheters that are inserted through peripheral veins of the upper extremities in adults. Because they are safer to insert than central venous catheters (CVCs) and have become increasingly available at the bedside through the advent of specially trained vascular access nurses,[1] the use of PICCs in hospitalized patients has risen across the United States.[2] As the largest group of inpatient providers, hospitalists play a key role in the decision to insert and subsequently manage PICCs in hospitalized patients. Unfortunately, little is known about national hospitalist experiences, practice patterns, or knowledge when it comes to these commonly used devices. Therefore, we designed a 10‐question survey to investigate PICC‐related practices and knowledge among adult hospitalists practicing throughout the United States.
PATIENTS AND METHODS
Questions for this survey were derived from a previously published study conducted across 10 hospitals in the state of Michigan.[3] To assess external validity and test specific hypotheses formulated from the Michigan study, those questions with the greatest variation in response or those most amenable to interventions were chosen for inclusion in this survey.
To reach a national audience of practicing adult hospitalists, we submitted a survey proposal to the Society of Hospital Medicine's (SHM) Research Committee. The SHM Research Committee reviews such proposals using a peer‐review process to ensure both scientific integrity and validity of the survey instrument. Because the survey was already distributed to many hospitalists in Michigan, we requested that only hospitalists outside of Michigan be invited to participate in the national survey. All responses were collected anonymously, and no identifiable data were collected from respondents. Between February 1, 2013 and March 15, 2013, data were collected via an e‐mail sent directly from the SHM to members that contained a link to the study survey administered using SurveyMonkey. To augment data collection, nonresponders to the original e‐mail invitation were sent a second reminder e‐mail midway through the study. Descriptive statistics (percentages) were used to tabulate responses. The institutional review board at the University of Michigan Health System provided ethical and regulatory approval for this study.
RESULTS
A total of 2112 electronic survey invitations were sent to non‐Michigan adult hospitalists, with 381 completing the online survey (response rate 18%). Among respondents to the national survey, 86% reported having placed a PICC solely to obtain venous access in a hospitalized patient (rather than for specific indications such as long‐term intravenous antibiotics, chemotherapy, or parenteral nutrition), whereas 82% reported having cared for a patient who specifically requested a PICC (Table 1). PICC‐related deep vein thrombosis (DVT) and bloodstream infections were reported as being the most frequent PICC complications encountered by hospitalists, followed by superficial thrombophlebitis and mechanical complications such as coiling, kinking, and migration of the PICC tip.
| Total (N=381) | |
|---|---|
| |
| Hospitalist experiences related to PICCs | |
| Among hospitalized patients you have cared for, have any of your patients ever had a PICC placed solely to obtain venous access (eg, not for an indication such as long‐term IV antibiotics, chemotherapy, or TPN)? | |
| Yes | 328 (86.1%) |
| No | 53 (13.9%) |
| Have you ever cared for a patient who specifically requested a PICC because of prior experience with this device? | |
| Yes | 311 (81.6%) |
| No | 70 (18.4%) |
| Most frequently encountered PICC complications | |
| Upper‐extremity DVT or PE | 48 (12.6%) |
| Bloodstream infection | 41 (10.8%) |
| Superficial thrombophlebitis | 34 (8.9%) |
| Cellulitis/exit site erythema | 26 (6.8%) |
| Coiling, kinking of the PICC | 14 (3.7%) |
| Migration of the PICC tip | 9 (2.4%) |
| Breakage of PICC (anywhere) | 6 (1.6%) |
| Hospitalist practice related to PICCs | |
| During patient rounds, do you routinely examine PICCs for external problems (eg, cracks, breaks, leaks, or redness at the insertion site)? | |
| Yes, daily | 97 (25.5%) |
| Yes, but only if the nurse or patient alerts me to a problem with the PICC | 190 (49.9%) |
| No, I don't routinely examine the PICC for external problems | 94 (24.7%) |
| Have you ever forgotten or been unaware of the presence of a PICC? | |
| Yes | 216 (56.7%) |
| No | 165 (43.3%) |
| Assuming no contraindications exist, do you anticoagulate patients who develop a PICC‐associated DVT? | |
| Yes, for at least 1 month | 41(10.8%) |
| Yes, for at least 3 months* | 198 (52.0%) |
| Yes, for at least 6 months | 11 (2.9%) |
| Yes, I anticoagulate for as long as the line remains in place. Once the line is removed, I stop anticoagulation | 30 (7.9%) |
| Yes, I anticoagulate for as long as the line remains in place followed by another 4 weeks of therapy | 72 (18.9%) |
| I don't usually anticoagulate patients who develop a PICC‐related DVT | 29 (7.6%) |
| When a hospitalized patient develops a PICC‐related DVT, do you routinely remove the PICC? | |
| Yes | 271 (71.1%) |
| No | 110 (28.9%) |
| Hospitalist opinions related to PICCs | |
| Thinking about your hospital and your experiences, what percentage of PICC insertions may represent inappropriate use (eg, PICC placed for short‐term venous access for a presumed infection that could be treated with oral antibiotic or PICCs that were promptly removed as the patient no longer needed it for clinical management)? | |
| 10% | 192 (50.4%) |
| 10%25% | 160 (42.0%) |
| 26%50% | 22 (5.8%) |
| >50% | 7 (1.8%) |
| Do you think hospitalists should be trained to insert PICCs? | |
| Yes | 162 (42.5%) |
| No | 219 (57.5%) |
| Hospitalist knowledge related to PICCs | |
| Why is the position of the PICC‐tip checked following bedside PICC insertion? | |
| To decrease the risk of arrhythmia from tip placement in the right atrial | 267 (70.1%) |
| To ensure it is not accidentally placed into an artery | 44 (11.5%) |
| To minimize the risk of venous thrombosis* | 33 (8.7%) |
| For documentation purposes (to reduce the risk of lawsuits related tocomplications) | 16 (4.2%) |
| I don't know | 21 (5.5%) |
Several potentially important safety concerns regarding hospitalist PICC practices were observed in this survey. For instance, only 25% of hospitalists reported examining PICCs on daily rounds for external problems. When alerted by nurses or patients about problems with the device, this number doubled to 50%. In addition, 57% of respondents admitted to having at least once forgotten about the presence of a PICC in their hospitalized patient.
Participants also reported significant variation in duration of anticoagulation therapy for PICC‐related DVT, with only half of all respondents selecting the guideline‐recommended 3 months of anticoagulation.[4, 5] With respect to knowledge regarding PICCs, only 9% of respondents recognized that tip verification performed after PICC insertion was conducted to lower risk of venous thromboembolism, not that of arrhythmia.[6] Hospitalists were ambivalent about being trained on how to place PICCs, with only 43% indicating this skill was necessary. Finally, as many as 10% to 25% of PICCs inserted in their hospitals were felt to be inappropriately placed and/or avoidable by 42% of those surveyed.
DISCUSSION
As the use of PICCs rises in hospitalized patients, variability in practices associated with the use of these indwelling vascular catheters is being increasingly recognized. For instance, Tejedor and colleagues reported that PICCs placed in hospitalized patients at their academic medical center were often idle or inserted in patients who simultaneously have peripheral intravenous catheters.[7] Recent data from a tertiary care pediatric center found significantly greater PICC utilization rates over the past decade in association with shorter dwell times, suggesting important and dynamic changes in patterns of use of these devices.[2] Our prior survey of hospitalists in 10 Michigan hospitals also found variations in reported hospitalist practices, knowledge, and experiences related to PICCs.[3] However, the extent to which the Michigan experience portrayed a national trend remained unclear and was the impetus behind this survey. Results from this study appear to support findings from Michigan and highlight several potential opportunities to improve hospitalist PICC practices on a national scale.
In particular, 57% of respondents in this study (compared to 51% of Michigan hospitalists) stated they had at least once forgotten that their patient had a PICC. As early removal of PICCs that are clinically no longer necessary is a cornerstone to preventing thrombosis and infection,[4, 5, 6, 8] the potential impact of such forgetfulness on clinical outcomes and patient safety is of concern. Notably, PICC‐related DVT and bloodstream infection remained the 2 most commonly encountered complications in this survey, just as in the Michigan study.
Reported variations in treatment duration for PICC‐related DVT were also common in this study, with only half of all respondents in both surveys selecting the guideline‐recommended minimum of 3 months of anticoagulation. Finally, a substantial proportion (42%) of participants felt that 10% to 25% of PICCs placed in their hospitals might be inappropriately placed and avoidable, again echoing the sentiments of 51% of the participants in the Michigan survey. These findings strengthen the call to develop a research agenda focused on PICC use in hospitalized patients across the United States.
Why may hospitalists across the country demonstrate such variability when it comes to these indwelling vascular devices? PICCs have historically been viewed as safer with respect to complications such as infection and thrombosis than other central venous catheters, a viewpoint that has likely promulgated their use in the inpatient setting. However, as we and others have shown,[8, 9, 10, 11, 12] this notion is rapidly vanishing and being replaced by the recognition that severity of illness and patient comorbidities are more important determinants of complications than the device itself. Additionally, important knowledge gaps exist when it comes to the safe use of PICCs in hospitalized patients, contributing to variation in indications for insertion, removal, and treatment of complications related to these devices.
Our study is notably limited by a low response rate. Because the survey was administered directly by SHM without collection of respondent data (eg, practice location, years in practice), we are unable to adjust or weight these data to represent a national cohort of adult hospitalists. However, as responses to questions are consistent with our findings from Michigan, and the response rates of this survey are comparable to observed response rates from prior SHM‐administered nationwide surveys (10%40%),[13, 14, 15] we do not believe our findings necessarily represent systematic deviations from the truth and assumed that these responses were missing at random. In addition, owing to use of a survey‐based design, our study is inherently limited by a number of biases, including the use of a convenience sample of SHM members, nonresponse bias, and recall bias. Given these limitations, the association between the available responses and real‐world clinical practice is unclear and deserving of further investigation.
These limitations notwithstanding, our study has several strengths. We found important national variations in reported practices and knowledge related to PICCs, affirming the need to develop a research agenda to improve practice. Further, because a significant proportion of hospitalists may forget their patients have PICCs, our study supports the role of technologies such as catheter reminder systems, computerized decision aids, and automatic stop orders to improve PICC use. These technologies, if utilized in a workflow‐sensitive fashion, could improve PICC safety in hospitalized settings and merit exploration. In addition, our study highlights the growing need for criteria to guide the use of PICCs in hospital settings. Although the Infusion Nursing Society of America has published indications and guidelines for use of vascular devices,[6] these do not always incorporate clinical nuances such as necessity of intravenous therapy or duration of treatment in decision making. The development of evidence‐based appropriateness criteria to guide clinical decision making is thus critical to improving use of PICCs in inpatient settings.[16]
With growing recognition of PICC‐related complications in hospitalized patients, an urgent need to improve practice related to these devices exists. This study begins to define the scope of such work across the United States. Until more rigorous evidence becomes available to guide clinical practice, hospitals and hospitalists should begin to carefully monitor PICC use to safeguard and improve patient safety.
Disclosures
The Blue Cross/Blue Shield of Michigan Foundation funded this study through an investigator‐initiated research proposal (1931‐PIRAP to Dr. Chopra). The funding source played no role in study design, acquisition of data, data analysis, or reporting of these results. The authors report no conflicts of interest.
- , . Peripherally inserted central catheter: compliance with evidence‐based indications for insertion in an inpatient setting. J Infus Nurs. 2013;36(4):291–296.
- , , , , , . Peripherally inserted central catheters: use at a tertiary care pediatric center. J Vasc Interv Radiol. 2013;24(9):1323–1331.
- , , , et al. Hospitalist experiences, practice, opinions, and knowledge regarding peripherally inserted central catheters: a Michigan survey. J Hosp Med. 2013;8(6):309–314.
- , , , et al. Executive summary: antithrombotic therapy and prevention of thrombosis, 9th ed: American College of Chest Physicians evidence‐based clinical practice guidelines. Chest. 2012;141(2 suppl):7S–47S.
- , , , et al. Quality improvement guidelines for central venous access. J Vasc Interv Radiol. 2010;21(7):976–981.
- , , , et al. Infusion nursing standards of practice. J Infus Nurs. 2011;34(1S):1–115.
- , , , et al. Temporary central venous catheter utilization patterns in a large tertiary care center: tracking the “idle central venous catheter”. Infect Control Hosp Epidemiol. 2012;33(1):50–57.
- , , , et al. Risk of venous thromboembolism associated with peripherally inserted central catheters: a systematic review and meta‐analysis. Lancet. 2013;382(9889):311–325.
- , , , , . Risk factors for peripherally inserted central venous catheter complications in children. JAMA Pediatr. 2013;167(5):429–435.
- , , , et al. Patient‐ and device‐specific risk factors for peripherally inserted central venous catheter‐related bloodstream infections. Infect Control Hosp Epidemiol. 2013;34(2):184–189.
- , , , , . The risk of bloodstream infection associated with peripherally inserted central catheters compared with central venous catheters in adults: a systematic review and meta‐analysis. Infect Control Hosp Epidemiol. 2013;34(9):908–918.
- , . Risk of catheter‐related bloodstream infection with peripherally inserted central venous catheters used in hospitalized patients. Chest. 2005;128(2):489–495.
- , , , , ; Society of Hospital Medicine Career Satisfaction Task Force. Job characteristics, satisfaction, and burnout across hospitalist practice models. J Hosp Med. 2012;7(5):402–410.
- , . Clinical hospital medicine fellowships: perspectives of employers, hospitalists, and medicine residents. J Hosp Med. 2008;3(1):28–34.
- , , , . Survey of US academic hospitalist leaders about mentorship and academic activities in hospitalist groups. J Hosp Med. 2011;6(1):5–9.
- , , . The problem with peripherally inserted central catheters. JAMA. 2012;308(15):1527–1528.
Peripherally inserted central catheters (PICCs) are central venous catheters that are inserted through peripheral veins of the upper extremities in adults. Because they are safer to insert than central venous catheters (CVCs) and have become increasingly available at the bedside through the advent of specially trained vascular access nurses,[1] the use of PICCs in hospitalized patients has risen across the United States.[2] As the largest group of inpatient providers, hospitalists play a key role in the decision to insert and subsequently manage PICCs in hospitalized patients. Unfortunately, little is known about national hospitalist experiences, practice patterns, or knowledge when it comes to these commonly used devices. Therefore, we designed a 10‐question survey to investigate PICC‐related practices and knowledge among adult hospitalists practicing throughout the United States.
PATIENTS AND METHODS
Questions for this survey were derived from a previously published study conducted across 10 hospitals in the state of Michigan.[3] To assess external validity and test specific hypotheses formulated from the Michigan study, those questions with the greatest variation in response or those most amenable to interventions were chosen for inclusion in this survey.
To reach a national audience of practicing adult hospitalists, we submitted a survey proposal to the Society of Hospital Medicine's (SHM) Research Committee. The SHM Research Committee reviews such proposals using a peer‐review process to ensure both scientific integrity and validity of the survey instrument. Because the survey was already distributed to many hospitalists in Michigan, we requested that only hospitalists outside of Michigan be invited to participate in the national survey. All responses were collected anonymously, and no identifiable data were collected from respondents. Between February 1, 2013 and March 15, 2013, data were collected via an e‐mail sent directly from the SHM to members that contained a link to the study survey administered using SurveyMonkey. To augment data collection, nonresponders to the original e‐mail invitation were sent a second reminder e‐mail midway through the study. Descriptive statistics (percentages) were used to tabulate responses. The institutional review board at the University of Michigan Health System provided ethical and regulatory approval for this study.
RESULTS
A total of 2112 electronic survey invitations were sent to non‐Michigan adult hospitalists, with 381 completing the online survey (response rate 18%). Among respondents to the national survey, 86% reported having placed a PICC solely to obtain venous access in a hospitalized patient (rather than for specific indications such as long‐term intravenous antibiotics, chemotherapy, or parenteral nutrition), whereas 82% reported having cared for a patient who specifically requested a PICC (Table 1). PICC‐related deep vein thrombosis (DVT) and bloodstream infections were reported as being the most frequent PICC complications encountered by hospitalists, followed by superficial thrombophlebitis and mechanical complications such as coiling, kinking, and migration of the PICC tip.
| Total (N=381) | |
|---|---|
| |
| Hospitalist experiences related to PICCs | |
| Among hospitalized patients you have cared for, have any of your patients ever had a PICC placed solely to obtain venous access (eg, not for an indication such as long‐term IV antibiotics, chemotherapy, or TPN)? | |
| Yes | 328 (86.1%) |
| No | 53 (13.9%) |
| Have you ever cared for a patient who specifically requested a PICC because of prior experience with this device? | |
| Yes | 311 (81.6%) |
| No | 70 (18.4%) |
| Most frequently encountered PICC complications | |
| Upper‐extremity DVT or PE | 48 (12.6%) |
| Bloodstream infection | 41 (10.8%) |
| Superficial thrombophlebitis | 34 (8.9%) |
| Cellulitis/exit site erythema | 26 (6.8%) |
| Coiling, kinking of the PICC | 14 (3.7%) |
| Migration of the PICC tip | 9 (2.4%) |
| Breakage of PICC (anywhere) | 6 (1.6%) |
| Hospitalist practice related to PICCs | |
| During patient rounds, do you routinely examine PICCs for external problems (eg, cracks, breaks, leaks, or redness at the insertion site)? | |
| Yes, daily | 97 (25.5%) |
| Yes, but only if the nurse or patient alerts me to a problem with the PICC | 190 (49.9%) |
| No, I don't routinely examine the PICC for external problems | 94 (24.7%) |
| Have you ever forgotten or been unaware of the presence of a PICC? | |
| Yes | 216 (56.7%) |
| No | 165 (43.3%) |
| Assuming no contraindications exist, do you anticoagulate patients who develop a PICC‐associated DVT? | |
| Yes, for at least 1 month | 41(10.8%) |
| Yes, for at least 3 months* | 198 (52.0%) |
| Yes, for at least 6 months | 11 (2.9%) |
| Yes, I anticoagulate for as long as the line remains in place. Once the line is removed, I stop anticoagulation | 30 (7.9%) |
| Yes, I anticoagulate for as long as the line remains in place followed by another 4 weeks of therapy | 72 (18.9%) |
| I don't usually anticoagulate patients who develop a PICC‐related DVT | 29 (7.6%) |
| When a hospitalized patient develops a PICC‐related DVT, do you routinely remove the PICC? | |
| Yes | 271 (71.1%) |
| No | 110 (28.9%) |
| Hospitalist opinions related to PICCs | |
| Thinking about your hospital and your experiences, what percentage of PICC insertions may represent inappropriate use (eg, PICC placed for short‐term venous access for a presumed infection that could be treated with oral antibiotic or PICCs that were promptly removed as the patient no longer needed it for clinical management)? | |
| 10% | 192 (50.4%) |
| 10%25% | 160 (42.0%) |
| 26%50% | 22 (5.8%) |
| >50% | 7 (1.8%) |
| Do you think hospitalists should be trained to insert PICCs? | |
| Yes | 162 (42.5%) |
| No | 219 (57.5%) |
| Hospitalist knowledge related to PICCs | |
| Why is the position of the PICC‐tip checked following bedside PICC insertion? | |
| To decrease the risk of arrhythmia from tip placement in the right atrial | 267 (70.1%) |
| To ensure it is not accidentally placed into an artery | 44 (11.5%) |
| To minimize the risk of venous thrombosis* | 33 (8.7%) |
| For documentation purposes (to reduce the risk of lawsuits related tocomplications) | 16 (4.2%) |
| I don't know | 21 (5.5%) |
Several potentially important safety concerns regarding hospitalist PICC practices were observed in this survey. For instance, only 25% of hospitalists reported examining PICCs on daily rounds for external problems. When alerted by nurses or patients about problems with the device, this number doubled to 50%. In addition, 57% of respondents admitted to having at least once forgotten about the presence of a PICC in their hospitalized patient.
Participants also reported significant variation in duration of anticoagulation therapy for PICC‐related DVT, with only half of all respondents selecting the guideline‐recommended 3 months of anticoagulation.[4, 5] With respect to knowledge regarding PICCs, only 9% of respondents recognized that tip verification performed after PICC insertion was conducted to lower risk of venous thromboembolism, not that of arrhythmia.[6] Hospitalists were ambivalent about being trained on how to place PICCs, with only 43% indicating this skill was necessary. Finally, as many as 10% to 25% of PICCs inserted in their hospitals were felt to be inappropriately placed and/or avoidable by 42% of those surveyed.
DISCUSSION
As the use of PICCs rises in hospitalized patients, variability in practices associated with the use of these indwelling vascular catheters is being increasingly recognized. For instance, Tejedor and colleagues reported that PICCs placed in hospitalized patients at their academic medical center were often idle or inserted in patients who simultaneously have peripheral intravenous catheters.[7] Recent data from a tertiary care pediatric center found significantly greater PICC utilization rates over the past decade in association with shorter dwell times, suggesting important and dynamic changes in patterns of use of these devices.[2] Our prior survey of hospitalists in 10 Michigan hospitals also found variations in reported hospitalist practices, knowledge, and experiences related to PICCs.[3] However, the extent to which the Michigan experience portrayed a national trend remained unclear and was the impetus behind this survey. Results from this study appear to support findings from Michigan and highlight several potential opportunities to improve hospitalist PICC practices on a national scale.
In particular, 57% of respondents in this study (compared to 51% of Michigan hospitalists) stated they had at least once forgotten that their patient had a PICC. As early removal of PICCs that are clinically no longer necessary is a cornerstone to preventing thrombosis and infection,[4, 5, 6, 8] the potential impact of such forgetfulness on clinical outcomes and patient safety is of concern. Notably, PICC‐related DVT and bloodstream infection remained the 2 most commonly encountered complications in this survey, just as in the Michigan study.
Reported variations in treatment duration for PICC‐related DVT were also common in this study, with only half of all respondents in both surveys selecting the guideline‐recommended minimum of 3 months of anticoagulation. Finally, a substantial proportion (42%) of participants felt that 10% to 25% of PICCs placed in their hospitals might be inappropriately placed and avoidable, again echoing the sentiments of 51% of the participants in the Michigan survey. These findings strengthen the call to develop a research agenda focused on PICC use in hospitalized patients across the United States.
Why may hospitalists across the country demonstrate such variability when it comes to these indwelling vascular devices? PICCs have historically been viewed as safer with respect to complications such as infection and thrombosis than other central venous catheters, a viewpoint that has likely promulgated their use in the inpatient setting. However, as we and others have shown,[8, 9, 10, 11, 12] this notion is rapidly vanishing and being replaced by the recognition that severity of illness and patient comorbidities are more important determinants of complications than the device itself. Additionally, important knowledge gaps exist when it comes to the safe use of PICCs in hospitalized patients, contributing to variation in indications for insertion, removal, and treatment of complications related to these devices.
Our study is notably limited by a low response rate. Because the survey was administered directly by SHM without collection of respondent data (eg, practice location, years in practice), we are unable to adjust or weight these data to represent a national cohort of adult hospitalists. However, as responses to questions are consistent with our findings from Michigan, and the response rates of this survey are comparable to observed response rates from prior SHM‐administered nationwide surveys (10%40%),[13, 14, 15] we do not believe our findings necessarily represent systematic deviations from the truth and assumed that these responses were missing at random. In addition, owing to use of a survey‐based design, our study is inherently limited by a number of biases, including the use of a convenience sample of SHM members, nonresponse bias, and recall bias. Given these limitations, the association between the available responses and real‐world clinical practice is unclear and deserving of further investigation.
These limitations notwithstanding, our study has several strengths. We found important national variations in reported practices and knowledge related to PICCs, affirming the need to develop a research agenda to improve practice. Further, because a significant proportion of hospitalists may forget their patients have PICCs, our study supports the role of technologies such as catheter reminder systems, computerized decision aids, and automatic stop orders to improve PICC use. These technologies, if utilized in a workflow‐sensitive fashion, could improve PICC safety in hospitalized settings and merit exploration. In addition, our study highlights the growing need for criteria to guide the use of PICCs in hospital settings. Although the Infusion Nursing Society of America has published indications and guidelines for use of vascular devices,[6] these do not always incorporate clinical nuances such as necessity of intravenous therapy or duration of treatment in decision making. The development of evidence‐based appropriateness criteria to guide clinical decision making is thus critical to improving use of PICCs in inpatient settings.[16]
With growing recognition of PICC‐related complications in hospitalized patients, an urgent need to improve practice related to these devices exists. This study begins to define the scope of such work across the United States. Until more rigorous evidence becomes available to guide clinical practice, hospitals and hospitalists should begin to carefully monitor PICC use to safeguard and improve patient safety.
Disclosures
The Blue Cross/Blue Shield of Michigan Foundation funded this study through an investigator‐initiated research proposal (1931‐PIRAP to Dr. Chopra). The funding source played no role in study design, acquisition of data, data analysis, or reporting of these results. The authors report no conflicts of interest.
Peripherally inserted central catheters (PICCs) are central venous catheters that are inserted through peripheral veins of the upper extremities in adults. Because they are safer to insert than central venous catheters (CVCs) and have become increasingly available at the bedside through the advent of specially trained vascular access nurses,[1] the use of PICCs in hospitalized patients has risen across the United States.[2] As the largest group of inpatient providers, hospitalists play a key role in the decision to insert and subsequently manage PICCs in hospitalized patients. Unfortunately, little is known about national hospitalist experiences, practice patterns, or knowledge when it comes to these commonly used devices. Therefore, we designed a 10‐question survey to investigate PICC‐related practices and knowledge among adult hospitalists practicing throughout the United States.
PATIENTS AND METHODS
Questions for this survey were derived from a previously published study conducted across 10 hospitals in the state of Michigan.[3] To assess external validity and test specific hypotheses formulated from the Michigan study, those questions with the greatest variation in response or those most amenable to interventions were chosen for inclusion in this survey.
To reach a national audience of practicing adult hospitalists, we submitted a survey proposal to the Society of Hospital Medicine's (SHM) Research Committee. The SHM Research Committee reviews such proposals using a peer‐review process to ensure both scientific integrity and validity of the survey instrument. Because the survey was already distributed to many hospitalists in Michigan, we requested that only hospitalists outside of Michigan be invited to participate in the national survey. All responses were collected anonymously, and no identifiable data were collected from respondents. Between February 1, 2013 and March 15, 2013, data were collected via an e‐mail sent directly from the SHM to members that contained a link to the study survey administered using SurveyMonkey. To augment data collection, nonresponders to the original e‐mail invitation were sent a second reminder e‐mail midway through the study. Descriptive statistics (percentages) were used to tabulate responses. The institutional review board at the University of Michigan Health System provided ethical and regulatory approval for this study.
RESULTS
A total of 2112 electronic survey invitations were sent to non‐Michigan adult hospitalists, with 381 completing the online survey (response rate 18%). Among respondents to the national survey, 86% reported having placed a PICC solely to obtain venous access in a hospitalized patient (rather than for specific indications such as long‐term intravenous antibiotics, chemotherapy, or parenteral nutrition), whereas 82% reported having cared for a patient who specifically requested a PICC (Table 1). PICC‐related deep vein thrombosis (DVT) and bloodstream infections were reported as being the most frequent PICC complications encountered by hospitalists, followed by superficial thrombophlebitis and mechanical complications such as coiling, kinking, and migration of the PICC tip.
| Total (N=381) | |
|---|---|
| |
| Hospitalist experiences related to PICCs | |
| Among hospitalized patients you have cared for, have any of your patients ever had a PICC placed solely to obtain venous access (eg, not for an indication such as long‐term IV antibiotics, chemotherapy, or TPN)? | |
| Yes | 328 (86.1%) |
| No | 53 (13.9%) |
| Have you ever cared for a patient who specifically requested a PICC because of prior experience with this device? | |
| Yes | 311 (81.6%) |
| No | 70 (18.4%) |
| Most frequently encountered PICC complications | |
| Upper‐extremity DVT or PE | 48 (12.6%) |
| Bloodstream infection | 41 (10.8%) |
| Superficial thrombophlebitis | 34 (8.9%) |
| Cellulitis/exit site erythema | 26 (6.8%) |
| Coiling, kinking of the PICC | 14 (3.7%) |
| Migration of the PICC tip | 9 (2.4%) |
| Breakage of PICC (anywhere) | 6 (1.6%) |
| Hospitalist practice related to PICCs | |
| During patient rounds, do you routinely examine PICCs for external problems (eg, cracks, breaks, leaks, or redness at the insertion site)? | |
| Yes, daily | 97 (25.5%) |
| Yes, but only if the nurse or patient alerts me to a problem with the PICC | 190 (49.9%) |
| No, I don't routinely examine the PICC for external problems | 94 (24.7%) |
| Have you ever forgotten or been unaware of the presence of a PICC? | |
| Yes | 216 (56.7%) |
| No | 165 (43.3%) |
| Assuming no contraindications exist, do you anticoagulate patients who develop a PICC‐associated DVT? | |
| Yes, for at least 1 month | 41(10.8%) |
| Yes, for at least 3 months* | 198 (52.0%) |
| Yes, for at least 6 months | 11 (2.9%) |
| Yes, I anticoagulate for as long as the line remains in place. Once the line is removed, I stop anticoagulation | 30 (7.9%) |
| Yes, I anticoagulate for as long as the line remains in place followed by another 4 weeks of therapy | 72 (18.9%) |
| I don't usually anticoagulate patients who develop a PICC‐related DVT | 29 (7.6%) |
| When a hospitalized patient develops a PICC‐related DVT, do you routinely remove the PICC? | |
| Yes | 271 (71.1%) |
| No | 110 (28.9%) |
| Hospitalist opinions related to PICCs | |
| Thinking about your hospital and your experiences, what percentage of PICC insertions may represent inappropriate use (eg, PICC placed for short‐term venous access for a presumed infection that could be treated with oral antibiotic or PICCs that were promptly removed as the patient no longer needed it for clinical management)? | |
| 10% | 192 (50.4%) |
| 10%25% | 160 (42.0%) |
| 26%50% | 22 (5.8%) |
| >50% | 7 (1.8%) |
| Do you think hospitalists should be trained to insert PICCs? | |
| Yes | 162 (42.5%) |
| No | 219 (57.5%) |
| Hospitalist knowledge related to PICCs | |
| Why is the position of the PICC‐tip checked following bedside PICC insertion? | |
| To decrease the risk of arrhythmia from tip placement in the right atrial | 267 (70.1%) |
| To ensure it is not accidentally placed into an artery | 44 (11.5%) |
| To minimize the risk of venous thrombosis* | 33 (8.7%) |
| For documentation purposes (to reduce the risk of lawsuits related tocomplications) | 16 (4.2%) |
| I don't know | 21 (5.5%) |
Several potentially important safety concerns regarding hospitalist PICC practices were observed in this survey. For instance, only 25% of hospitalists reported examining PICCs on daily rounds for external problems. When alerted by nurses or patients about problems with the device, this number doubled to 50%. In addition, 57% of respondents admitted to having at least once forgotten about the presence of a PICC in their hospitalized patient.
Participants also reported significant variation in duration of anticoagulation therapy for PICC‐related DVT, with only half of all respondents selecting the guideline‐recommended 3 months of anticoagulation.[4, 5] With respect to knowledge regarding PICCs, only 9% of respondents recognized that tip verification performed after PICC insertion was conducted to lower risk of venous thromboembolism, not that of arrhythmia.[6] Hospitalists were ambivalent about being trained on how to place PICCs, with only 43% indicating this skill was necessary. Finally, as many as 10% to 25% of PICCs inserted in their hospitals were felt to be inappropriately placed and/or avoidable by 42% of those surveyed.
DISCUSSION
As the use of PICCs rises in hospitalized patients, variability in practices associated with the use of these indwelling vascular catheters is being increasingly recognized. For instance, Tejedor and colleagues reported that PICCs placed in hospitalized patients at their academic medical center were often idle or inserted in patients who simultaneously have peripheral intravenous catheters.[7] Recent data from a tertiary care pediatric center found significantly greater PICC utilization rates over the past decade in association with shorter dwell times, suggesting important and dynamic changes in patterns of use of these devices.[2] Our prior survey of hospitalists in 10 Michigan hospitals also found variations in reported hospitalist practices, knowledge, and experiences related to PICCs.[3] However, the extent to which the Michigan experience portrayed a national trend remained unclear and was the impetus behind this survey. Results from this study appear to support findings from Michigan and highlight several potential opportunities to improve hospitalist PICC practices on a national scale.
In particular, 57% of respondents in this study (compared to 51% of Michigan hospitalists) stated they had at least once forgotten that their patient had a PICC. As early removal of PICCs that are clinically no longer necessary is a cornerstone to preventing thrombosis and infection,[4, 5, 6, 8] the potential impact of such forgetfulness on clinical outcomes and patient safety is of concern. Notably, PICC‐related DVT and bloodstream infection remained the 2 most commonly encountered complications in this survey, just as in the Michigan study.
Reported variations in treatment duration for PICC‐related DVT were also common in this study, with only half of all respondents in both surveys selecting the guideline‐recommended minimum of 3 months of anticoagulation. Finally, a substantial proportion (42%) of participants felt that 10% to 25% of PICCs placed in their hospitals might be inappropriately placed and avoidable, again echoing the sentiments of 51% of the participants in the Michigan survey. These findings strengthen the call to develop a research agenda focused on PICC use in hospitalized patients across the United States.
Why may hospitalists across the country demonstrate such variability when it comes to these indwelling vascular devices? PICCs have historically been viewed as safer with respect to complications such as infection and thrombosis than other central venous catheters, a viewpoint that has likely promulgated their use in the inpatient setting. However, as we and others have shown,[8, 9, 10, 11, 12] this notion is rapidly vanishing and being replaced by the recognition that severity of illness and patient comorbidities are more important determinants of complications than the device itself. Additionally, important knowledge gaps exist when it comes to the safe use of PICCs in hospitalized patients, contributing to variation in indications for insertion, removal, and treatment of complications related to these devices.
Our study is notably limited by a low response rate. Because the survey was administered directly by SHM without collection of respondent data (eg, practice location, years in practice), we are unable to adjust or weight these data to represent a national cohort of adult hospitalists. However, as responses to questions are consistent with our findings from Michigan, and the response rates of this survey are comparable to observed response rates from prior SHM‐administered nationwide surveys (10%40%),[13, 14, 15] we do not believe our findings necessarily represent systematic deviations from the truth and assumed that these responses were missing at random. In addition, owing to use of a survey‐based design, our study is inherently limited by a number of biases, including the use of a convenience sample of SHM members, nonresponse bias, and recall bias. Given these limitations, the association between the available responses and real‐world clinical practice is unclear and deserving of further investigation.
These limitations notwithstanding, our study has several strengths. We found important national variations in reported practices and knowledge related to PICCs, affirming the need to develop a research agenda to improve practice. Further, because a significant proportion of hospitalists may forget their patients have PICCs, our study supports the role of technologies such as catheter reminder systems, computerized decision aids, and automatic stop orders to improve PICC use. These technologies, if utilized in a workflow‐sensitive fashion, could improve PICC safety in hospitalized settings and merit exploration. In addition, our study highlights the growing need for criteria to guide the use of PICCs in hospital settings. Although the Infusion Nursing Society of America has published indications and guidelines for use of vascular devices,[6] these do not always incorporate clinical nuances such as necessity of intravenous therapy or duration of treatment in decision making. The development of evidence‐based appropriateness criteria to guide clinical decision making is thus critical to improving use of PICCs in inpatient settings.[16]
With growing recognition of PICC‐related complications in hospitalized patients, an urgent need to improve practice related to these devices exists. This study begins to define the scope of such work across the United States. Until more rigorous evidence becomes available to guide clinical practice, hospitals and hospitalists should begin to carefully monitor PICC use to safeguard and improve patient safety.
Disclosures
The Blue Cross/Blue Shield of Michigan Foundation funded this study through an investigator‐initiated research proposal (1931‐PIRAP to Dr. Chopra). The funding source played no role in study design, acquisition of data, data analysis, or reporting of these results. The authors report no conflicts of interest.
- , . Peripherally inserted central catheter: compliance with evidence‐based indications for insertion in an inpatient setting. J Infus Nurs. 2013;36(4):291–296.
- , , , , , . Peripherally inserted central catheters: use at a tertiary care pediatric center. J Vasc Interv Radiol. 2013;24(9):1323–1331.
- , , , et al. Hospitalist experiences, practice, opinions, and knowledge regarding peripherally inserted central catheters: a Michigan survey. J Hosp Med. 2013;8(6):309–314.
- , , , et al. Executive summary: antithrombotic therapy and prevention of thrombosis, 9th ed: American College of Chest Physicians evidence‐based clinical practice guidelines. Chest. 2012;141(2 suppl):7S–47S.
- , , , et al. Quality improvement guidelines for central venous access. J Vasc Interv Radiol. 2010;21(7):976–981.
- , , , et al. Infusion nursing standards of practice. J Infus Nurs. 2011;34(1S):1–115.
- , , , et al. Temporary central venous catheter utilization patterns in a large tertiary care center: tracking the “idle central venous catheter”. Infect Control Hosp Epidemiol. 2012;33(1):50–57.
- , , , et al. Risk of venous thromboembolism associated with peripherally inserted central catheters: a systematic review and meta‐analysis. Lancet. 2013;382(9889):311–325.
- , , , , . Risk factors for peripherally inserted central venous catheter complications in children. JAMA Pediatr. 2013;167(5):429–435.
- , , , et al. Patient‐ and device‐specific risk factors for peripherally inserted central venous catheter‐related bloodstream infections. Infect Control Hosp Epidemiol. 2013;34(2):184–189.
- , , , , . The risk of bloodstream infection associated with peripherally inserted central catheters compared with central venous catheters in adults: a systematic review and meta‐analysis. Infect Control Hosp Epidemiol. 2013;34(9):908–918.
- , . Risk of catheter‐related bloodstream infection with peripherally inserted central venous catheters used in hospitalized patients. Chest. 2005;128(2):489–495.
- , , , , ; Society of Hospital Medicine Career Satisfaction Task Force. Job characteristics, satisfaction, and burnout across hospitalist practice models. J Hosp Med. 2012;7(5):402–410.
- , . Clinical hospital medicine fellowships: perspectives of employers, hospitalists, and medicine residents. J Hosp Med. 2008;3(1):28–34.
- , , , . Survey of US academic hospitalist leaders about mentorship and academic activities in hospitalist groups. J Hosp Med. 2011;6(1):5–9.
- , , . The problem with peripherally inserted central catheters. JAMA. 2012;308(15):1527–1528.
- , . Peripherally inserted central catheter: compliance with evidence‐based indications for insertion in an inpatient setting. J Infus Nurs. 2013;36(4):291–296.
- , , , , , . Peripherally inserted central catheters: use at a tertiary care pediatric center. J Vasc Interv Radiol. 2013;24(9):1323–1331.
- , , , et al. Hospitalist experiences, practice, opinions, and knowledge regarding peripherally inserted central catheters: a Michigan survey. J Hosp Med. 2013;8(6):309–314.
- , , , et al. Executive summary: antithrombotic therapy and prevention of thrombosis, 9th ed: American College of Chest Physicians evidence‐based clinical practice guidelines. Chest. 2012;141(2 suppl):7S–47S.
- , , , et al. Quality improvement guidelines for central venous access. J Vasc Interv Radiol. 2010;21(7):976–981.
- , , , et al. Infusion nursing standards of practice. J Infus Nurs. 2011;34(1S):1–115.
- , , , et al. Temporary central venous catheter utilization patterns in a large tertiary care center: tracking the “idle central venous catheter”. Infect Control Hosp Epidemiol. 2012;33(1):50–57.
- , , , et al. Risk of venous thromboembolism associated with peripherally inserted central catheters: a systematic review and meta‐analysis. Lancet. 2013;382(9889):311–325.
- , , , , . Risk factors for peripherally inserted central venous catheter complications in children. JAMA Pediatr. 2013;167(5):429–435.
- , , , et al. Patient‐ and device‐specific risk factors for peripherally inserted central venous catheter‐related bloodstream infections. Infect Control Hosp Epidemiol. 2013;34(2):184–189.
- , , , , . The risk of bloodstream infection associated with peripherally inserted central catheters compared with central venous catheters in adults: a systematic review and meta‐analysis. Infect Control Hosp Epidemiol. 2013;34(9):908–918.
- , . Risk of catheter‐related bloodstream infection with peripherally inserted central venous catheters used in hospitalized patients. Chest. 2005;128(2):489–495.
- , , , , ; Society of Hospital Medicine Career Satisfaction Task Force. Job characteristics, satisfaction, and burnout across hospitalist practice models. J Hosp Med. 2012;7(5):402–410.
- , . Clinical hospital medicine fellowships: perspectives of employers, hospitalists, and medicine residents. J Hosp Med. 2008;3(1):28–34.
- , , , . Survey of US academic hospitalist leaders about mentorship and academic activities in hospitalist groups. J Hosp Med. 2011;6(1):5–9.
- , , . The problem with peripherally inserted central catheters. JAMA. 2012;308(15):1527–1528.
I COUGH for Prevention of Postop Pulmonary Complications
Clinical question
Does implementation of the I COUGH strategy improve pulmonary outcomes in postoperative patients?
Bottom line
Although not statistically significant, data from this before-and-after trial shows that the I COUGH strategy (emphasizing lung expansion, early mobilization, oral hygiene, and patient and provider education) may decrease postoperative pulmonary complications in hospitalized patients. (LOE = 2c)
Reference
Cassidy MR, Rosenkranz P, McCabe K, Rosen JE, McAneny D. I COUGH: Reducing postoperative pulmonary complications with a multidisciplinary patient care program. JAMA Surg 2013;148(8):740-745.
Study design
Other
Funding source
Unknown/not stated
Allocation
Uncertain
Setting
Inpatient (any location)
Synopsis
Data from the National Surgical Quality Improvement Program (NQSIP) showed that the Boston Medical Center was a high outlier for postoperative pulmonary complications. To address this, a pulmonary care working group including surgeons, internists, nurses, and respiratory therapists was formed. The group reviewed the literature on preventing postoperative pulmonary complications and devised the I COUGH strategy: (1) Incentive spirometry, (2) Coughing and deep breathing, (3) Oral care, (4) Understanding (patient and family education), (5) Getting out of bed, and (6) Head-of-bed elevation. Postoperative pain control was also emphasized. Educational materials including videos and brochures were developed for patients and families and distributed in surgery and perioperative clinics. Incentive spirometry technique was taught and reinforced in the preoperative setting. Frontline nurses and physicians also received education regarding the baseline outcomes data and the reasons for developing the program. Finally, standardized order sets outlining the components of I COUGH were created. The I COUGH strategy was implemented for all hospitalized general and vascular surgery patients in the institution. More patients were out of bed postintervention than preintervention (70% vs 20%; P < .001). Similarly, more patients had incentive spirometry available and within reach postintervention (77% vs 53%; P < .001). Note, however, that the preintervention audits were unannounced observations of nursing practices whereas postintervention audits were by review of nursing documentation only. Although not statistically significant, the NSQIP data revealed trends toward decreased incidences of postoperative pneumonia (2.6% vs 1.6%; P = .09) and unplanned intubations (2.0% vs 1.2%; P = .09) after I COUGH implementation. National averages for postoperative pneumonias and unplanned intubations for comparable hospitals during this period were 1.4% to 1.7% and 1.4% to 1.6%, respectively.
Dr. Kulkarni is an assistant professor of hospital medicine at Northwestern University in Chicago.
Clinical question
Does implementation of the I COUGH strategy improve pulmonary outcomes in postoperative patients?
Bottom line
Although not statistically significant, data from this before-and-after trial shows that the I COUGH strategy (emphasizing lung expansion, early mobilization, oral hygiene, and patient and provider education) may decrease postoperative pulmonary complications in hospitalized patients. (LOE = 2c)
Reference
Cassidy MR, Rosenkranz P, McCabe K, Rosen JE, McAneny D. I COUGH: Reducing postoperative pulmonary complications with a multidisciplinary patient care program. JAMA Surg 2013;148(8):740-745.
Study design
Other
Funding source
Unknown/not stated
Allocation
Uncertain
Setting
Inpatient (any location)
Synopsis
Data from the National Surgical Quality Improvement Program (NQSIP) showed that the Boston Medical Center was a high outlier for postoperative pulmonary complications. To address this, a pulmonary care working group including surgeons, internists, nurses, and respiratory therapists was formed. The group reviewed the literature on preventing postoperative pulmonary complications and devised the I COUGH strategy: (1) Incentive spirometry, (2) Coughing and deep breathing, (3) Oral care, (4) Understanding (patient and family education), (5) Getting out of bed, and (6) Head-of-bed elevation. Postoperative pain control was also emphasized. Educational materials including videos and brochures were developed for patients and families and distributed in surgery and perioperative clinics. Incentive spirometry technique was taught and reinforced in the preoperative setting. Frontline nurses and physicians also received education regarding the baseline outcomes data and the reasons for developing the program. Finally, standardized order sets outlining the components of I COUGH were created. The I COUGH strategy was implemented for all hospitalized general and vascular surgery patients in the institution. More patients were out of bed postintervention than preintervention (70% vs 20%; P < .001). Similarly, more patients had incentive spirometry available and within reach postintervention (77% vs 53%; P < .001). Note, however, that the preintervention audits were unannounced observations of nursing practices whereas postintervention audits were by review of nursing documentation only. Although not statistically significant, the NSQIP data revealed trends toward decreased incidences of postoperative pneumonia (2.6% vs 1.6%; P = .09) and unplanned intubations (2.0% vs 1.2%; P = .09) after I COUGH implementation. National averages for postoperative pneumonias and unplanned intubations for comparable hospitals during this period were 1.4% to 1.7% and 1.4% to 1.6%, respectively.
Dr. Kulkarni is an assistant professor of hospital medicine at Northwestern University in Chicago.
Clinical question
Does implementation of the I COUGH strategy improve pulmonary outcomes in postoperative patients?
Bottom line
Although not statistically significant, data from this before-and-after trial shows that the I COUGH strategy (emphasizing lung expansion, early mobilization, oral hygiene, and patient and provider education) may decrease postoperative pulmonary complications in hospitalized patients. (LOE = 2c)
Reference
Cassidy MR, Rosenkranz P, McCabe K, Rosen JE, McAneny D. I COUGH: Reducing postoperative pulmonary complications with a multidisciplinary patient care program. JAMA Surg 2013;148(8):740-745.
Study design
Other
Funding source
Unknown/not stated
Allocation
Uncertain
Setting
Inpatient (any location)
Synopsis
Data from the National Surgical Quality Improvement Program (NQSIP) showed that the Boston Medical Center was a high outlier for postoperative pulmonary complications. To address this, a pulmonary care working group including surgeons, internists, nurses, and respiratory therapists was formed. The group reviewed the literature on preventing postoperative pulmonary complications and devised the I COUGH strategy: (1) Incentive spirometry, (2) Coughing and deep breathing, (3) Oral care, (4) Understanding (patient and family education), (5) Getting out of bed, and (6) Head-of-bed elevation. Postoperative pain control was also emphasized. Educational materials including videos and brochures were developed for patients and families and distributed in surgery and perioperative clinics. Incentive spirometry technique was taught and reinforced in the preoperative setting. Frontline nurses and physicians also received education regarding the baseline outcomes data and the reasons for developing the program. Finally, standardized order sets outlining the components of I COUGH were created. The I COUGH strategy was implemented for all hospitalized general and vascular surgery patients in the institution. More patients were out of bed postintervention than preintervention (70% vs 20%; P < .001). Similarly, more patients had incentive spirometry available and within reach postintervention (77% vs 53%; P < .001). Note, however, that the preintervention audits were unannounced observations of nursing practices whereas postintervention audits were by review of nursing documentation only. Although not statistically significant, the NSQIP data revealed trends toward decreased incidences of postoperative pneumonia (2.6% vs 1.6%; P = .09) and unplanned intubations (2.0% vs 1.2%; P = .09) after I COUGH implementation. National averages for postoperative pneumonias and unplanned intubations for comparable hospitals during this period were 1.4% to 1.7% and 1.4% to 1.6%, respectively.
Dr. Kulkarni is an assistant professor of hospital medicine at Northwestern University in Chicago.
Inpatient Smoking Cessation Strategy Promising, but Effects Aren't Long Lasting
Clinical question
How effective is intensive smoking cessation support for hospitalized patients?
Bottom line
Therapy provided by highly trained smoking cessation practitioners, combined with pharmacotherapy and community support referrals upon discharge, may increase short-term quit rates among hospitalized smokers. However, this effect did not persist at 6 months. Moreover, this study did not address the cost-effectiveness of such an intensive strategy. (LOE = 1b-)
Reference
Study design
Randomized controlled trial (nonblinded)
Funding source
Government
Allocation
Concealed
Setting
Inpatient (any location) with outpatient follow-up
Synopsis
Investigators at a large teaching hospital in the United Kingdom randomized 18 medical wards, using concealed allocation, to deliver either usual care for smoking cessation or the intervention strategy. Almost 500 patients were enrolled in the study and received smoking cessation treatment based on the allocation of their admission ward. The intervention consisted of identification of smokers upon admission, followed by delivery of smoking advice and offer of cessation support. Patients who accepted the support received daily in-hospital counseling by a trained smoking cessation practitioner. Initial sessions lasted 20 minutes to 30 minutes; subsequent sessions were 10 minutes long. Patients were also prescribed dual nicotine replacement therapy (transdermal patch plus either gum, lozenge, or nasal spray) or varenicline therapy, if preferred. Additionally, intervention patients received referrals to community cessation support services upon discharge. Patients on the usual care ward received cessation advice and support according to the usual practices of the providers involved in their care. The intervention group patients were younger and more likely to be male. Additionally, because of randomization by admission ward, the majority of intervention patients came from cardiac wards, whereas the majority of usual care patients came from respiratory wards. Finally, many eligible oncology patients were not included in the trial because of their doctors’ reluctance to have the study team approach these terminally ill patients. All patients in the intervention group received advice to quit compared with less than half of the patients in the usual care group. The use of pharmacotherapy and cessation support therapy, both in the hospital and upon discharge, was greater in the intervention group. The quit rate at 4 weeks, defined as self-reported smoking cessation validated by exhaled carbon monoxide measurement, favored the intervention group (38% vs 17%; P = .06), but did not quite reach statistical significance. When oncology patients (n = 45) were excluded from the analysis retrospectively, however, the result was significant (42% quit rate in the intervention group vs 17% in the usual care group; P = .006). Six-month cessation rates, though also higher in the intervention group, were not statistically different (19% vs 9%; P = .37).
Dr. Kulkarni is an assistant professor of hospital medicine at Northwestern University in Chicago.
Clinical question
How effective is intensive smoking cessation support for hospitalized patients?
Bottom line
Therapy provided by highly trained smoking cessation practitioners, combined with pharmacotherapy and community support referrals upon discharge, may increase short-term quit rates among hospitalized smokers. However, this effect did not persist at 6 months. Moreover, this study did not address the cost-effectiveness of such an intensive strategy. (LOE = 1b-)
Reference
Study design
Randomized controlled trial (nonblinded)
Funding source
Government
Allocation
Concealed
Setting
Inpatient (any location) with outpatient follow-up
Synopsis
Investigators at a large teaching hospital in the United Kingdom randomized 18 medical wards, using concealed allocation, to deliver either usual care for smoking cessation or the intervention strategy. Almost 500 patients were enrolled in the study and received smoking cessation treatment based on the allocation of their admission ward. The intervention consisted of identification of smokers upon admission, followed by delivery of smoking advice and offer of cessation support. Patients who accepted the support received daily in-hospital counseling by a trained smoking cessation practitioner. Initial sessions lasted 20 minutes to 30 minutes; subsequent sessions were 10 minutes long. Patients were also prescribed dual nicotine replacement therapy (transdermal patch plus either gum, lozenge, or nasal spray) or varenicline therapy, if preferred. Additionally, intervention patients received referrals to community cessation support services upon discharge. Patients on the usual care ward received cessation advice and support according to the usual practices of the providers involved in their care. The intervention group patients were younger and more likely to be male. Additionally, because of randomization by admission ward, the majority of intervention patients came from cardiac wards, whereas the majority of usual care patients came from respiratory wards. Finally, many eligible oncology patients were not included in the trial because of their doctors’ reluctance to have the study team approach these terminally ill patients. All patients in the intervention group received advice to quit compared with less than half of the patients in the usual care group. The use of pharmacotherapy and cessation support therapy, both in the hospital and upon discharge, was greater in the intervention group. The quit rate at 4 weeks, defined as self-reported smoking cessation validated by exhaled carbon monoxide measurement, favored the intervention group (38% vs 17%; P = .06), but did not quite reach statistical significance. When oncology patients (n = 45) were excluded from the analysis retrospectively, however, the result was significant (42% quit rate in the intervention group vs 17% in the usual care group; P = .006). Six-month cessation rates, though also higher in the intervention group, were not statistically different (19% vs 9%; P = .37).
Dr. Kulkarni is an assistant professor of hospital medicine at Northwestern University in Chicago.
Clinical question
How effective is intensive smoking cessation support for hospitalized patients?
Bottom line
Therapy provided by highly trained smoking cessation practitioners, combined with pharmacotherapy and community support referrals upon discharge, may increase short-term quit rates among hospitalized smokers. However, this effect did not persist at 6 months. Moreover, this study did not address the cost-effectiveness of such an intensive strategy. (LOE = 1b-)
Reference
Study design
Randomized controlled trial (nonblinded)
Funding source
Government
Allocation
Concealed
Setting
Inpatient (any location) with outpatient follow-up
Synopsis
Investigators at a large teaching hospital in the United Kingdom randomized 18 medical wards, using concealed allocation, to deliver either usual care for smoking cessation or the intervention strategy. Almost 500 patients were enrolled in the study and received smoking cessation treatment based on the allocation of their admission ward. The intervention consisted of identification of smokers upon admission, followed by delivery of smoking advice and offer of cessation support. Patients who accepted the support received daily in-hospital counseling by a trained smoking cessation practitioner. Initial sessions lasted 20 minutes to 30 minutes; subsequent sessions were 10 minutes long. Patients were also prescribed dual nicotine replacement therapy (transdermal patch plus either gum, lozenge, or nasal spray) or varenicline therapy, if preferred. Additionally, intervention patients received referrals to community cessation support services upon discharge. Patients on the usual care ward received cessation advice and support according to the usual practices of the providers involved in their care. The intervention group patients were younger and more likely to be male. Additionally, because of randomization by admission ward, the majority of intervention patients came from cardiac wards, whereas the majority of usual care patients came from respiratory wards. Finally, many eligible oncology patients were not included in the trial because of their doctors’ reluctance to have the study team approach these terminally ill patients. All patients in the intervention group received advice to quit compared with less than half of the patients in the usual care group. The use of pharmacotherapy and cessation support therapy, both in the hospital and upon discharge, was greater in the intervention group. The quit rate at 4 weeks, defined as self-reported smoking cessation validated by exhaled carbon monoxide measurement, favored the intervention group (38% vs 17%; P = .06), but did not quite reach statistical significance. When oncology patients (n = 45) were excluded from the analysis retrospectively, however, the result was significant (42% quit rate in the intervention group vs 17% in the usual care group; P = .006). Six-month cessation rates, though also higher in the intervention group, were not statistically different (19% vs 9%; P = .37).
Dr. Kulkarni is an assistant professor of hospital medicine at Northwestern University in Chicago.
Improving diagnosis of otitis media
The diagnosis of otitis media absolutely requires visualization of the tympanic membrane. So it may be time to upgrade your tools to do a better job in diagnosing. Think about how often you use your otoscope. Are you using the best available technology, or are you using the otoscope you got in medical school, perhaps quite a few years ago? It may be time for an upgrade. Considering how often you might use an otoscope, you can afford it. You deserve it.
The improved features of new otoscopes include remarkably better illumination. The quality of the light not only has to do with the lumens, but also the color of the light. Also there is a version of an otoscope called a Macro View (Welch Allyn, Skaneateles Falls, N.Y.). It allows you to increase the magnification on the tympanic membrane (TM) as needed. There is an option to purchase a lighter and smaller handle for the scope, and that can improve ease of use for persons with small hands.
For all otoscopes, the bulb should be replaced when illumination begins to fade and you cannot get back the intensity of light with a battery recharge. For most primary care practitioners, bulbs usually require replacement annually.
Speculum size is key to getting the most light onto the TM; the bigger the speculum, the better. Advancing the speculum as far into the external ear canal as you can without causing discomfort helps improve the intensity of the light shone on the TM. While it is convenient to use disposable specula, they are not as good as reusable ones because the finish on the inside of disposable specula is duller than on reusable specula, thus decreasing the amount of light shone on the TM. Also, disposable specula often are too short, and that too reduces the light shone on the TM.
Many clinicians have not been trained on using pneumatic otoscopy, or even if trained, they find it inconvenient and/or problematic to use because it requires a seal of the speculum against the external auditory canal; this makes children cry. The problem is that you really need to use pneumatic otoscopy in some cases to determine if the TM is retracted (no acute infection) or bulging (acute infection, or AOM). I use pneumatic otoscopy in about one-third of cases, and to this day I am surprised sometimes when the negative pressure pulls a retracted TM forward when I was pretty sure the TM more likely was bulging. There are specula with a semisoft sleeve midway down the shaft, but I have not found they are any less likely to cause the child to cry, because as anyone knows who has stuck a Q-tip swab into their ear canal, it is sensitive skin.
Then there is the wax! Clinical studies show that about half of children have wax in their external auditory canal blocking 25% of the view, and one-quarter have wax blocking 50% of the view. The best tool I have found to clear the wax is a plastic cerumen spoon (called a safe ear curette) made by Bionix Medical Technologies (Toledo, Ohio). I use the white ones as they are the most flexible. Ninety percent of the time I can scoop the wax out of the way and get a good view. For the remaining difficult cases, the ear canal needs to be irrigated with warm water (code 69210), and then the remaining wax can be scooped out.
Tympanometry (code 92567) is another tool to aid in accurate diagnosis and follow-up of otitis media. A key aspect of the diagnostic algorithm advocated by the American Academy of Pediatrics is a determination of whether the TM is bulging (AOM) or not (no AOM). A retracted TM is inconsistent with the diagnosis of AOM. Tympanometry requires a seal with the external auditory canal because a pressure is applied to the TM to determine TM movement. After positive and negative pressure are applied by the instrument, the readout will be a positive peaked curve (bulging), a negative peaked curve (retracted), a normal peaked curve (normal), or flat, no curve (stiff TM).
The first three readouts are very helpful in distinguishing AOM from no AOM. The flat curve indicates three possibilities: The TM is stiff, perhaps due to thickening; the TM is not moving because the middle ear space is filled with pus behind it, meaning it is AOM; or the TM is not moving because the middle ear space is filled with effusion fluid behind it, meaning the patient has otitis media with effusion. In the case of a flat readout, the tie breaker should come from the visual exam and/or the use of spectral gradient acoustic reflectometry (code 92567).
These better tools and techniques should improve your diagnosis of otitis media.
Dr. Pichichero, a specialist in pediatric infectious diseases, is director of the Research Institute, Rochester General Hospital, N.Y. He is also a pediatrician at Legacy Pediatrics in Rochester. Dr. Pichichero said he had no financial disclosures relevant to this article. To comment, e-mail him at [email protected].
The diagnosis of otitis media absolutely requires visualization of the tympanic membrane. So it may be time to upgrade your tools to do a better job in diagnosing. Think about how often you use your otoscope. Are you using the best available technology, or are you using the otoscope you got in medical school, perhaps quite a few years ago? It may be time for an upgrade. Considering how often you might use an otoscope, you can afford it. You deserve it.
The improved features of new otoscopes include remarkably better illumination. The quality of the light not only has to do with the lumens, but also the color of the light. Also there is a version of an otoscope called a Macro View (Welch Allyn, Skaneateles Falls, N.Y.). It allows you to increase the magnification on the tympanic membrane (TM) as needed. There is an option to purchase a lighter and smaller handle for the scope, and that can improve ease of use for persons with small hands.
For all otoscopes, the bulb should be replaced when illumination begins to fade and you cannot get back the intensity of light with a battery recharge. For most primary care practitioners, bulbs usually require replacement annually.
Speculum size is key to getting the most light onto the TM; the bigger the speculum, the better. Advancing the speculum as far into the external ear canal as you can without causing discomfort helps improve the intensity of the light shone on the TM. While it is convenient to use disposable specula, they are not as good as reusable ones because the finish on the inside of disposable specula is duller than on reusable specula, thus decreasing the amount of light shone on the TM. Also, disposable specula often are too short, and that too reduces the light shone on the TM.
Many clinicians have not been trained on using pneumatic otoscopy, or even if trained, they find it inconvenient and/or problematic to use because it requires a seal of the speculum against the external auditory canal; this makes children cry. The problem is that you really need to use pneumatic otoscopy in some cases to determine if the TM is retracted (no acute infection) or bulging (acute infection, or AOM). I use pneumatic otoscopy in about one-third of cases, and to this day I am surprised sometimes when the negative pressure pulls a retracted TM forward when I was pretty sure the TM more likely was bulging. There are specula with a semisoft sleeve midway down the shaft, but I have not found they are any less likely to cause the child to cry, because as anyone knows who has stuck a Q-tip swab into their ear canal, it is sensitive skin.
Then there is the wax! Clinical studies show that about half of children have wax in their external auditory canal blocking 25% of the view, and one-quarter have wax blocking 50% of the view. The best tool I have found to clear the wax is a plastic cerumen spoon (called a safe ear curette) made by Bionix Medical Technologies (Toledo, Ohio). I use the white ones as they are the most flexible. Ninety percent of the time I can scoop the wax out of the way and get a good view. For the remaining difficult cases, the ear canal needs to be irrigated with warm water (code 69210), and then the remaining wax can be scooped out.
Tympanometry (code 92567) is another tool to aid in accurate diagnosis and follow-up of otitis media. A key aspect of the diagnostic algorithm advocated by the American Academy of Pediatrics is a determination of whether the TM is bulging (AOM) or not (no AOM). A retracted TM is inconsistent with the diagnosis of AOM. Tympanometry requires a seal with the external auditory canal because a pressure is applied to the TM to determine TM movement. After positive and negative pressure are applied by the instrument, the readout will be a positive peaked curve (bulging), a negative peaked curve (retracted), a normal peaked curve (normal), or flat, no curve (stiff TM).
The first three readouts are very helpful in distinguishing AOM from no AOM. The flat curve indicates three possibilities: The TM is stiff, perhaps due to thickening; the TM is not moving because the middle ear space is filled with pus behind it, meaning it is AOM; or the TM is not moving because the middle ear space is filled with effusion fluid behind it, meaning the patient has otitis media with effusion. In the case of a flat readout, the tie breaker should come from the visual exam and/or the use of spectral gradient acoustic reflectometry (code 92567).
These better tools and techniques should improve your diagnosis of otitis media.
Dr. Pichichero, a specialist in pediatric infectious diseases, is director of the Research Institute, Rochester General Hospital, N.Y. He is also a pediatrician at Legacy Pediatrics in Rochester. Dr. Pichichero said he had no financial disclosures relevant to this article. To comment, e-mail him at [email protected].
The diagnosis of otitis media absolutely requires visualization of the tympanic membrane. So it may be time to upgrade your tools to do a better job in diagnosing. Think about how often you use your otoscope. Are you using the best available technology, or are you using the otoscope you got in medical school, perhaps quite a few years ago? It may be time for an upgrade. Considering how often you might use an otoscope, you can afford it. You deserve it.
The improved features of new otoscopes include remarkably better illumination. The quality of the light not only has to do with the lumens, but also the color of the light. Also there is a version of an otoscope called a Macro View (Welch Allyn, Skaneateles Falls, N.Y.). It allows you to increase the magnification on the tympanic membrane (TM) as needed. There is an option to purchase a lighter and smaller handle for the scope, and that can improve ease of use for persons with small hands.
For all otoscopes, the bulb should be replaced when illumination begins to fade and you cannot get back the intensity of light with a battery recharge. For most primary care practitioners, bulbs usually require replacement annually.
Speculum size is key to getting the most light onto the TM; the bigger the speculum, the better. Advancing the speculum as far into the external ear canal as you can without causing discomfort helps improve the intensity of the light shone on the TM. While it is convenient to use disposable specula, they are not as good as reusable ones because the finish on the inside of disposable specula is duller than on reusable specula, thus decreasing the amount of light shone on the TM. Also, disposable specula often are too short, and that too reduces the light shone on the TM.
Many clinicians have not been trained on using pneumatic otoscopy, or even if trained, they find it inconvenient and/or problematic to use because it requires a seal of the speculum against the external auditory canal; this makes children cry. The problem is that you really need to use pneumatic otoscopy in some cases to determine if the TM is retracted (no acute infection) or bulging (acute infection, or AOM). I use pneumatic otoscopy in about one-third of cases, and to this day I am surprised sometimes when the negative pressure pulls a retracted TM forward when I was pretty sure the TM more likely was bulging. There are specula with a semisoft sleeve midway down the shaft, but I have not found they are any less likely to cause the child to cry, because as anyone knows who has stuck a Q-tip swab into their ear canal, it is sensitive skin.
Then there is the wax! Clinical studies show that about half of children have wax in their external auditory canal blocking 25% of the view, and one-quarter have wax blocking 50% of the view. The best tool I have found to clear the wax is a plastic cerumen spoon (called a safe ear curette) made by Bionix Medical Technologies (Toledo, Ohio). I use the white ones as they are the most flexible. Ninety percent of the time I can scoop the wax out of the way and get a good view. For the remaining difficult cases, the ear canal needs to be irrigated with warm water (code 69210), and then the remaining wax can be scooped out.
Tympanometry (code 92567) is another tool to aid in accurate diagnosis and follow-up of otitis media. A key aspect of the diagnostic algorithm advocated by the American Academy of Pediatrics is a determination of whether the TM is bulging (AOM) or not (no AOM). A retracted TM is inconsistent with the diagnosis of AOM. Tympanometry requires a seal with the external auditory canal because a pressure is applied to the TM to determine TM movement. After positive and negative pressure are applied by the instrument, the readout will be a positive peaked curve (bulging), a negative peaked curve (retracted), a normal peaked curve (normal), or flat, no curve (stiff TM).
The first three readouts are very helpful in distinguishing AOM from no AOM. The flat curve indicates three possibilities: The TM is stiff, perhaps due to thickening; the TM is not moving because the middle ear space is filled with pus behind it, meaning it is AOM; or the TM is not moving because the middle ear space is filled with effusion fluid behind it, meaning the patient has otitis media with effusion. In the case of a flat readout, the tie breaker should come from the visual exam and/or the use of spectral gradient acoustic reflectometry (code 92567).
These better tools and techniques should improve your diagnosis of otitis media.
Dr. Pichichero, a specialist in pediatric infectious diseases, is director of the Research Institute, Rochester General Hospital, N.Y. He is also a pediatrician at Legacy Pediatrics in Rochester. Dr. Pichichero said he had no financial disclosures relevant to this article. To comment, e-mail him at [email protected].
Pseudofolliculitis barbae – tips for patients
Pseudofolliculitis barbae (PFB) is a common complaint among darker-skinned patients with coarse curly hair. Patients present with follicular papules in the beard from ingrown hairs that can eventually result in postinflammatory pigmentary alternation and scarring. While these symptoms are most common in men, women may be affected as well, as PFB is not limited to the beard area; it may occur in any other area with thick, coarse curly hair, including the bikini area and axillae.
Some tips for treating PFB:
If the patient doesn’t mind growing a beard, advise him to grow one! The chances of having ingrown hairs that stimulate this condition are less if the hairs are not plucked or shaved, or are kept at least a few millimeters long.
If hair removal/grooming is a must, options include clipping the hairs with a protector; using a self-cleaning electric razor (replacing the blades at least every 2 years); and using thick shaving gel with either a single or twin blade razor, or a chemical depilatory.
Laser hair removal is also an option in the right candidate, particularly with longer pulsed (1,064 nm or 810 nm) lasers in darker-skinned individuals. Eflornithine 12% twice daily for 16 weeks has been shown to work synergistically with laser hair removal. Electrolysis may be helpful for hairs that do not respond to laser hair removal with longer pulsed lasers, such as grey hairs.
If shaving is a must, advise patients to:
• Apply warm compresses to the beard area for a few minutes prior to shaving. In addition, using a mild exfoliant or loofah or toothbrush in a circular motion will help allow any ingrown hairs to be more easily plucked or released at the skin surface.
• Use shaving gel and a sharp razor each time.
• Do not pull the skin taut.
• Do not shave against the direction of hair growth.
• Take short strokes and do not shave back and forth over the same areas.
• After shaving, use a soothing aftershave or hydrocortisone 1% lotion.
Products such as PFB Vanish, which contain salicylic, glycolic, and/or lactic acid, are helpful in some patients after hair removal to prevent ingrown hairs. One version of PFB Vanish contains antipigment ingredients to also address hyperpigmentation.
If inflammatory papules or pustules are present, a combination benzoyl peroxide/clindamycin topical gels (such as Benzaclin, Duac, or Acanya) can be used. Patients with severe inflammation may require oral antibiotics.
Using a topical retinoid at night or a combination retinoid product with hydroquinone can be helpful especially in cases of postinflammatory hyperpigmentation. However, use caution when prescribing retinoids for patients with darker skin, as irritation from these products may lead to postinflammatory pigmentary alteration. Remind patients to avoid drying products, such as toners, if topical retinoids are used.
For severe or refractory postinflammatory hyperpigmentation or inflammatory papules, chemical peels with 20%-30% salicylic acid can be helpful.
What are your PFB solutions? The more we share our clinical insights, the better we will be able to achieve improved treatment results for our patients.
Dr. Wesley practices dermatology in Beverly Hills, Calif. Do you have questions about treating patients with dark skin? If so, send them to [email protected].
Pseudofolliculitis barbae (PFB) is a common complaint among darker-skinned patients with coarse curly hair. Patients present with follicular papules in the beard from ingrown hairs that can eventually result in postinflammatory pigmentary alternation and scarring. While these symptoms are most common in men, women may be affected as well, as PFB is not limited to the beard area; it may occur in any other area with thick, coarse curly hair, including the bikini area and axillae.
Some tips for treating PFB:
If the patient doesn’t mind growing a beard, advise him to grow one! The chances of having ingrown hairs that stimulate this condition are less if the hairs are not plucked or shaved, or are kept at least a few millimeters long.
If hair removal/grooming is a must, options include clipping the hairs with a protector; using a self-cleaning electric razor (replacing the blades at least every 2 years); and using thick shaving gel with either a single or twin blade razor, or a chemical depilatory.
Laser hair removal is also an option in the right candidate, particularly with longer pulsed (1,064 nm or 810 nm) lasers in darker-skinned individuals. Eflornithine 12% twice daily for 16 weeks has been shown to work synergistically with laser hair removal. Electrolysis may be helpful for hairs that do not respond to laser hair removal with longer pulsed lasers, such as grey hairs.
If shaving is a must, advise patients to:
• Apply warm compresses to the beard area for a few minutes prior to shaving. In addition, using a mild exfoliant or loofah or toothbrush in a circular motion will help allow any ingrown hairs to be more easily plucked or released at the skin surface.
• Use shaving gel and a sharp razor each time.
• Do not pull the skin taut.
• Do not shave against the direction of hair growth.
• Take short strokes and do not shave back and forth over the same areas.
• After shaving, use a soothing aftershave or hydrocortisone 1% lotion.
Products such as PFB Vanish, which contain salicylic, glycolic, and/or lactic acid, are helpful in some patients after hair removal to prevent ingrown hairs. One version of PFB Vanish contains antipigment ingredients to also address hyperpigmentation.
If inflammatory papules or pustules are present, a combination benzoyl peroxide/clindamycin topical gels (such as Benzaclin, Duac, or Acanya) can be used. Patients with severe inflammation may require oral antibiotics.
Using a topical retinoid at night or a combination retinoid product with hydroquinone can be helpful especially in cases of postinflammatory hyperpigmentation. However, use caution when prescribing retinoids for patients with darker skin, as irritation from these products may lead to postinflammatory pigmentary alteration. Remind patients to avoid drying products, such as toners, if topical retinoids are used.
For severe or refractory postinflammatory hyperpigmentation or inflammatory papules, chemical peels with 20%-30% salicylic acid can be helpful.
What are your PFB solutions? The more we share our clinical insights, the better we will be able to achieve improved treatment results for our patients.
Dr. Wesley practices dermatology in Beverly Hills, Calif. Do you have questions about treating patients with dark skin? If so, send them to [email protected].
Pseudofolliculitis barbae (PFB) is a common complaint among darker-skinned patients with coarse curly hair. Patients present with follicular papules in the beard from ingrown hairs that can eventually result in postinflammatory pigmentary alternation and scarring. While these symptoms are most common in men, women may be affected as well, as PFB is not limited to the beard area; it may occur in any other area with thick, coarse curly hair, including the bikini area and axillae.
Some tips for treating PFB:
If the patient doesn’t mind growing a beard, advise him to grow one! The chances of having ingrown hairs that stimulate this condition are less if the hairs are not plucked or shaved, or are kept at least a few millimeters long.
If hair removal/grooming is a must, options include clipping the hairs with a protector; using a self-cleaning electric razor (replacing the blades at least every 2 years); and using thick shaving gel with either a single or twin blade razor, or a chemical depilatory.
Laser hair removal is also an option in the right candidate, particularly with longer pulsed (1,064 nm or 810 nm) lasers in darker-skinned individuals. Eflornithine 12% twice daily for 16 weeks has been shown to work synergistically with laser hair removal. Electrolysis may be helpful for hairs that do not respond to laser hair removal with longer pulsed lasers, such as grey hairs.
If shaving is a must, advise patients to:
• Apply warm compresses to the beard area for a few minutes prior to shaving. In addition, using a mild exfoliant or loofah or toothbrush in a circular motion will help allow any ingrown hairs to be more easily plucked or released at the skin surface.
• Use shaving gel and a sharp razor each time.
• Do not pull the skin taut.
• Do not shave against the direction of hair growth.
• Take short strokes and do not shave back and forth over the same areas.
• After shaving, use a soothing aftershave or hydrocortisone 1% lotion.
Products such as PFB Vanish, which contain salicylic, glycolic, and/or lactic acid, are helpful in some patients after hair removal to prevent ingrown hairs. One version of PFB Vanish contains antipigment ingredients to also address hyperpigmentation.
If inflammatory papules or pustules are present, a combination benzoyl peroxide/clindamycin topical gels (such as Benzaclin, Duac, or Acanya) can be used. Patients with severe inflammation may require oral antibiotics.
Using a topical retinoid at night or a combination retinoid product with hydroquinone can be helpful especially in cases of postinflammatory hyperpigmentation. However, use caution when prescribing retinoids for patients with darker skin, as irritation from these products may lead to postinflammatory pigmentary alteration. Remind patients to avoid drying products, such as toners, if topical retinoids are used.
For severe or refractory postinflammatory hyperpigmentation or inflammatory papules, chemical peels with 20%-30% salicylic acid can be helpful.
What are your PFB solutions? The more we share our clinical insights, the better we will be able to achieve improved treatment results for our patients.
Dr. Wesley practices dermatology in Beverly Hills, Calif. Do you have questions about treating patients with dark skin? If so, send them to [email protected].
Physician online communities
The doctors’ lounge: A hallowed space for sharing challenging cases and discussing the Affordable Care Act or a place to catch a nap and commiserate? It can (and likely should) be both. Unfortunately, doctors’ lounges are a thing of the past for many of today’s physicians. Whether you’re in private practice or work in a place that simply has no social space for physicians, it can be difficult to connect and share professional and personal information with colleagues.
Technology is offering a solution. In the last few years, physician-only online communities have burgeoned. Sermo, the largest of these communities, boasts more than 125,000 licensed physicians from more than 65 specialties as members. Other big players include Medscape Physician Connect and Doximity. Many smaller specialty-specific communities have surfaced as well, such as OrthoMind.com and MomMD.com, social networks exclusively for orthopedic surgeons and women in medicine (including nurses and residents), respectively.
Unlike open social forums such as Facebook and Twitter, these physician communities are closed social networks, which means that only credentialed members can join and participate. This exclusivity has been a large draw for physicians otherwise skeptical of using social networks. However, it’s worth noting that several sites allow access to other health care providers, including nurses, residents, and medical students.
Ideally, these close social networks exist to help physicians maximize benefits (collaborating and networking) and reduce risks (liability and online reputation). To allay concerns of risk, some sites, including Sermo and Medscape, allow confirmed physicians to choose an alias. On the upside, such anonymous posting allows for franker discussions; on the downside, it can lend itself to unprofessionalism, such as posting inappropriate or incendiary comments.
How many physicians are using these online physician communities? Between 25% and 28%, according to a 2011 study from QuantialMD, and a 2012 study from the Journal of Medical Internet Research. These numbers continue to grow.
If you’ve wondered whether to join a physician-only online community, here are six potential benefits:
• Curbside consults. These communities provide access to thousands of physicians, including specialists, which offers you a tremendous opportunity to get a curbside consult for that difficult patient. Often you can get both diagnostic and treatment suggestions quickly and cost free.
• Current event information. Missed a journal or a conference? These communities are great ways for you to stay informed. You can ask questions or simply follow conversations based on particular topics.
• Help with patient management. We’ve all had to work with difficult patients; the truth is some of us are better at it than others. These communities allow you to ask for advice (anonymously if you’re more comfortable with that) from other professionals who have navigated similar situations successfully and wish to help.
• The ability to share best practice information. Whether it’s a new medication or an office management solution, online communities are rich resources for sharing best practices. Many sites also allow you to poll fellow members, which yields personalized, instantaneous, real feedback.
• The ability to become a thought leader/expert. Whether you’re an established expert in your field or are building your reputation, these communities are effective vehicles for identifying people who stand out from the pack. Establishing yourself as a respected leader in a community can also lead to professional opportunities such as speaking invitations or other leadership roles.
• Networking. Sometimes we physicians forget that it’s beneficial to simply be social. These communities don’t always have to be about improving office efficiency or diagnosing difficult cases; sometimes they can simply be a place to hang out and connect with like-minded people. It’s not uncommon for online relationships to develop into real-life ones, such as connecting at a conference or collaborating on a volunteer project.
Remember, like any worthwhile network, these sites are only as valuable as your participation in them. And before posting questionable material, make sure it’s content that you would be comfortable sharing with a physician in person.
If you belong to a physician-only online community, please share your thoughts with us online, via the Skin & Allergy News Facebook page, or via e-mail ([email protected]). What benefits or drawbacks have you encountered?
The next time you need advice on a challenging case or simply feel like connecting with colleagues, consider joining a physician online community. Just realize that there won’t be any hot coffee and donuts.
Dr. Jeffrey Benabio is a practicing dermatologist and Physician Director of Healthcare Transformation at Kaiser Permanente in San Diego. Connect with him on Twitter @Dermdoc or drop him a line at [email protected].
The doctors’ lounge: A hallowed space for sharing challenging cases and discussing the Affordable Care Act or a place to catch a nap and commiserate? It can (and likely should) be both. Unfortunately, doctors’ lounges are a thing of the past for many of today’s physicians. Whether you’re in private practice or work in a place that simply has no social space for physicians, it can be difficult to connect and share professional and personal information with colleagues.
Technology is offering a solution. In the last few years, physician-only online communities have burgeoned. Sermo, the largest of these communities, boasts more than 125,000 licensed physicians from more than 65 specialties as members. Other big players include Medscape Physician Connect and Doximity. Many smaller specialty-specific communities have surfaced as well, such as OrthoMind.com and MomMD.com, social networks exclusively for orthopedic surgeons and women in medicine (including nurses and residents), respectively.
Unlike open social forums such as Facebook and Twitter, these physician communities are closed social networks, which means that only credentialed members can join and participate. This exclusivity has been a large draw for physicians otherwise skeptical of using social networks. However, it’s worth noting that several sites allow access to other health care providers, including nurses, residents, and medical students.
Ideally, these close social networks exist to help physicians maximize benefits (collaborating and networking) and reduce risks (liability and online reputation). To allay concerns of risk, some sites, including Sermo and Medscape, allow confirmed physicians to choose an alias. On the upside, such anonymous posting allows for franker discussions; on the downside, it can lend itself to unprofessionalism, such as posting inappropriate or incendiary comments.
How many physicians are using these online physician communities? Between 25% and 28%, according to a 2011 study from QuantialMD, and a 2012 study from the Journal of Medical Internet Research. These numbers continue to grow.
If you’ve wondered whether to join a physician-only online community, here are six potential benefits:
• Curbside consults. These communities provide access to thousands of physicians, including specialists, which offers you a tremendous opportunity to get a curbside consult for that difficult patient. Often you can get both diagnostic and treatment suggestions quickly and cost free.
• Current event information. Missed a journal or a conference? These communities are great ways for you to stay informed. You can ask questions or simply follow conversations based on particular topics.
• Help with patient management. We’ve all had to work with difficult patients; the truth is some of us are better at it than others. These communities allow you to ask for advice (anonymously if you’re more comfortable with that) from other professionals who have navigated similar situations successfully and wish to help.
• The ability to share best practice information. Whether it’s a new medication or an office management solution, online communities are rich resources for sharing best practices. Many sites also allow you to poll fellow members, which yields personalized, instantaneous, real feedback.
• The ability to become a thought leader/expert. Whether you’re an established expert in your field or are building your reputation, these communities are effective vehicles for identifying people who stand out from the pack. Establishing yourself as a respected leader in a community can also lead to professional opportunities such as speaking invitations or other leadership roles.
• Networking. Sometimes we physicians forget that it’s beneficial to simply be social. These communities don’t always have to be about improving office efficiency or diagnosing difficult cases; sometimes they can simply be a place to hang out and connect with like-minded people. It’s not uncommon for online relationships to develop into real-life ones, such as connecting at a conference or collaborating on a volunteer project.
Remember, like any worthwhile network, these sites are only as valuable as your participation in them. And before posting questionable material, make sure it’s content that you would be comfortable sharing with a physician in person.
If you belong to a physician-only online community, please share your thoughts with us online, via the Skin & Allergy News Facebook page, or via e-mail ([email protected]). What benefits or drawbacks have you encountered?
The next time you need advice on a challenging case or simply feel like connecting with colleagues, consider joining a physician online community. Just realize that there won’t be any hot coffee and donuts.
Dr. Jeffrey Benabio is a practicing dermatologist and Physician Director of Healthcare Transformation at Kaiser Permanente in San Diego. Connect with him on Twitter @Dermdoc or drop him a line at [email protected].
The doctors’ lounge: A hallowed space for sharing challenging cases and discussing the Affordable Care Act or a place to catch a nap and commiserate? It can (and likely should) be both. Unfortunately, doctors’ lounges are a thing of the past for many of today’s physicians. Whether you’re in private practice or work in a place that simply has no social space for physicians, it can be difficult to connect and share professional and personal information with colleagues.
Technology is offering a solution. In the last few years, physician-only online communities have burgeoned. Sermo, the largest of these communities, boasts more than 125,000 licensed physicians from more than 65 specialties as members. Other big players include Medscape Physician Connect and Doximity. Many smaller specialty-specific communities have surfaced as well, such as OrthoMind.com and MomMD.com, social networks exclusively for orthopedic surgeons and women in medicine (including nurses and residents), respectively.
Unlike open social forums such as Facebook and Twitter, these physician communities are closed social networks, which means that only credentialed members can join and participate. This exclusivity has been a large draw for physicians otherwise skeptical of using social networks. However, it’s worth noting that several sites allow access to other health care providers, including nurses, residents, and medical students.
Ideally, these close social networks exist to help physicians maximize benefits (collaborating and networking) and reduce risks (liability and online reputation). To allay concerns of risk, some sites, including Sermo and Medscape, allow confirmed physicians to choose an alias. On the upside, such anonymous posting allows for franker discussions; on the downside, it can lend itself to unprofessionalism, such as posting inappropriate or incendiary comments.
How many physicians are using these online physician communities? Between 25% and 28%, according to a 2011 study from QuantialMD, and a 2012 study from the Journal of Medical Internet Research. These numbers continue to grow.
If you’ve wondered whether to join a physician-only online community, here are six potential benefits:
• Curbside consults. These communities provide access to thousands of physicians, including specialists, which offers you a tremendous opportunity to get a curbside consult for that difficult patient. Often you can get both diagnostic and treatment suggestions quickly and cost free.
• Current event information. Missed a journal or a conference? These communities are great ways for you to stay informed. You can ask questions or simply follow conversations based on particular topics.
• Help with patient management. We’ve all had to work with difficult patients; the truth is some of us are better at it than others. These communities allow you to ask for advice (anonymously if you’re more comfortable with that) from other professionals who have navigated similar situations successfully and wish to help.
• The ability to share best practice information. Whether it’s a new medication or an office management solution, online communities are rich resources for sharing best practices. Many sites also allow you to poll fellow members, which yields personalized, instantaneous, real feedback.
• The ability to become a thought leader/expert. Whether you’re an established expert in your field or are building your reputation, these communities are effective vehicles for identifying people who stand out from the pack. Establishing yourself as a respected leader in a community can also lead to professional opportunities such as speaking invitations or other leadership roles.
• Networking. Sometimes we physicians forget that it’s beneficial to simply be social. These communities don’t always have to be about improving office efficiency or diagnosing difficult cases; sometimes they can simply be a place to hang out and connect with like-minded people. It’s not uncommon for online relationships to develop into real-life ones, such as connecting at a conference or collaborating on a volunteer project.
Remember, like any worthwhile network, these sites are only as valuable as your participation in them. And before posting questionable material, make sure it’s content that you would be comfortable sharing with a physician in person.
If you belong to a physician-only online community, please share your thoughts with us online, via the Skin & Allergy News Facebook page, or via e-mail ([email protected]). What benefits or drawbacks have you encountered?
The next time you need advice on a challenging case or simply feel like connecting with colleagues, consider joining a physician online community. Just realize that there won’t be any hot coffee and donuts.
Dr. Jeffrey Benabio is a practicing dermatologist and Physician Director of Healthcare Transformation at Kaiser Permanente in San Diego. Connect with him on Twitter @Dermdoc or drop him a line at [email protected].
Review your insurance
Insurance – so goes the hoary cliché – is the one product you buy hoping never to use. While no one enjoys foreseeing unforeseeable calamities, regular meetings with your insurance broker are important. Overinsuring is a waste of money, but underinsuring can prove even more costly, should the unforeseeable happen.
Malpractice premiums continue to rise. If yours are getting out of hand, ask your broker about alternatives.
"Occurrence" policies remain the coverage of choice where they are available and affordable, but they are becoming an endangered species as fewer insurers are willing to write them. "Claims-made" policies are usually cheaper, and provide the same coverage as long as you remain in practice. You will need "tail" coverage against belated claims after you retire, but many companies provide free tail coverage after you’ve been insured for a minimum period (usually 5 years).
Other alternatives are gaining popularity as the demand for more reasonably priced insurance increases. The most common, known as reciprocal exchanges, are very similar to traditional insurers, but differ in certain aspects of funding and operations. For example, most exchanges require policyholders to make capital contributions in addition to payment of premiums, at least in their early stages. You get your investment back, with interest, when (if) the exchange becomes solvent.
Another option, called a captive, is an insurance company formed by several noninsurance entities (such as medical practices) to write their own insurance policies. All participants are shareholders, and all premiums (less administrative expenses) go toward building the security of the captive. Most captives purchase reinsurance to protect against catastrophic losses. If all goes well, individual owners sell their shares at retirement for a nice profit, which has grown tax free in the interim.
Risk Retention Groups (RRGs) are a combination of exchanges and captives, in that capital investments are usually required, and the owners are the insureds themselves; but all responsibility for management and adequate funding falls on the insureds’ shoulders, and reinsurance is rarely an option. Most medical malpractice RRGs are licensed in Vermont or South Carolina, because of favorable laws in those states, but they can be based in any state that allows them.
Exchanges, captives, and RRGs all carry risk: A few large claims can eat up all the profits, and may even put you in a financial hole. But of course, traditional malpractice policies offer zero profit opportunity.
If your financial situation has changed since your last insurance review, your life insurance needs have probably changed, too. As your retirement savings accumulate, less insurance is necessary. And if you own any expensive whole life policies, you can probably convert them to much cheaper term insurance.
Disability insurance is not something to skimp on, but if you are approaching retirement age, you may be able to decrease your coverage, or even eliminate it entirely, if your retirement plan is far enough along.
Liability insurance is likewise no place to pinch pennies, but you might be able to add an umbrella policy providing comprehensive catastrophic coverage, which may allow you to decrease your regular coverage, or raise your deductible limits.
One additional policy to consider is Employment Practices Liability Insurance, which protects you from lawsuits brought by militant or disgruntled employees. More on that next month.
Health insurance premiums continue to soar; Obamacare might offer a favorable alternative for your office policy. Open enrollment began Oct. 1, with coverage scheduled to begin Jan. 1, 2014. If you are considering such an option, go to the Center for Consumer Information and Insurance Oversight and pick a plan for your employees to enroll in.
Workers’ compensation insurance is mandatory in most states, and heavily regulated, so there is little room for cutting expenses. However, some states do not require you, as the employer, to cover yourself, and eliminating that coverage could save you a substantial amount. This is only worth considering, of course, if you have adequate health and disability policies in place.
If you’re over 50 years old, look into long-term care insurance as well. It’s relatively inexpensive if you buy it while you’re still healthy, and it could save you and your heirs a load of money on the other end. If you have shouldered the expense of a chronically ill parent or grandparent, you know what I’m talking about.
Dr. Eastern practices dermatology and dermatologic surgery in Belleville, N.J., and has been a long-time monthly columnist for Dermatology News.
Insurance – so goes the hoary cliché – is the one product you buy hoping never to use. While no one enjoys foreseeing unforeseeable calamities, regular meetings with your insurance broker are important. Overinsuring is a waste of money, but underinsuring can prove even more costly, should the unforeseeable happen.
Malpractice premiums continue to rise. If yours are getting out of hand, ask your broker about alternatives.
"Occurrence" policies remain the coverage of choice where they are available and affordable, but they are becoming an endangered species as fewer insurers are willing to write them. "Claims-made" policies are usually cheaper, and provide the same coverage as long as you remain in practice. You will need "tail" coverage against belated claims after you retire, but many companies provide free tail coverage after you’ve been insured for a minimum period (usually 5 years).
Other alternatives are gaining popularity as the demand for more reasonably priced insurance increases. The most common, known as reciprocal exchanges, are very similar to traditional insurers, but differ in certain aspects of funding and operations. For example, most exchanges require policyholders to make capital contributions in addition to payment of premiums, at least in their early stages. You get your investment back, with interest, when (if) the exchange becomes solvent.
Another option, called a captive, is an insurance company formed by several noninsurance entities (such as medical practices) to write their own insurance policies. All participants are shareholders, and all premiums (less administrative expenses) go toward building the security of the captive. Most captives purchase reinsurance to protect against catastrophic losses. If all goes well, individual owners sell their shares at retirement for a nice profit, which has grown tax free in the interim.
Risk Retention Groups (RRGs) are a combination of exchanges and captives, in that capital investments are usually required, and the owners are the insureds themselves; but all responsibility for management and adequate funding falls on the insureds’ shoulders, and reinsurance is rarely an option. Most medical malpractice RRGs are licensed in Vermont or South Carolina, because of favorable laws in those states, but they can be based in any state that allows them.
Exchanges, captives, and RRGs all carry risk: A few large claims can eat up all the profits, and may even put you in a financial hole. But of course, traditional malpractice policies offer zero profit opportunity.
If your financial situation has changed since your last insurance review, your life insurance needs have probably changed, too. As your retirement savings accumulate, less insurance is necessary. And if you own any expensive whole life policies, you can probably convert them to much cheaper term insurance.
Disability insurance is not something to skimp on, but if you are approaching retirement age, you may be able to decrease your coverage, or even eliminate it entirely, if your retirement plan is far enough along.
Liability insurance is likewise no place to pinch pennies, but you might be able to add an umbrella policy providing comprehensive catastrophic coverage, which may allow you to decrease your regular coverage, or raise your deductible limits.
One additional policy to consider is Employment Practices Liability Insurance, which protects you from lawsuits brought by militant or disgruntled employees. More on that next month.
Health insurance premiums continue to soar; Obamacare might offer a favorable alternative for your office policy. Open enrollment began Oct. 1, with coverage scheduled to begin Jan. 1, 2014. If you are considering such an option, go to the Center for Consumer Information and Insurance Oversight and pick a plan for your employees to enroll in.
Workers’ compensation insurance is mandatory in most states, and heavily regulated, so there is little room for cutting expenses. However, some states do not require you, as the employer, to cover yourself, and eliminating that coverage could save you a substantial amount. This is only worth considering, of course, if you have adequate health and disability policies in place.
If you’re over 50 years old, look into long-term care insurance as well. It’s relatively inexpensive if you buy it while you’re still healthy, and it could save you and your heirs a load of money on the other end. If you have shouldered the expense of a chronically ill parent or grandparent, you know what I’m talking about.
Dr. Eastern practices dermatology and dermatologic surgery in Belleville, N.J., and has been a long-time monthly columnist for Dermatology News.
Insurance – so goes the hoary cliché – is the one product you buy hoping never to use. While no one enjoys foreseeing unforeseeable calamities, regular meetings with your insurance broker are important. Overinsuring is a waste of money, but underinsuring can prove even more costly, should the unforeseeable happen.
Malpractice premiums continue to rise. If yours are getting out of hand, ask your broker about alternatives.
"Occurrence" policies remain the coverage of choice where they are available and affordable, but they are becoming an endangered species as fewer insurers are willing to write them. "Claims-made" policies are usually cheaper, and provide the same coverage as long as you remain in practice. You will need "tail" coverage against belated claims after you retire, but many companies provide free tail coverage after you’ve been insured for a minimum period (usually 5 years).
Other alternatives are gaining popularity as the demand for more reasonably priced insurance increases. The most common, known as reciprocal exchanges, are very similar to traditional insurers, but differ in certain aspects of funding and operations. For example, most exchanges require policyholders to make capital contributions in addition to payment of premiums, at least in their early stages. You get your investment back, with interest, when (if) the exchange becomes solvent.
Another option, called a captive, is an insurance company formed by several noninsurance entities (such as medical practices) to write their own insurance policies. All participants are shareholders, and all premiums (less administrative expenses) go toward building the security of the captive. Most captives purchase reinsurance to protect against catastrophic losses. If all goes well, individual owners sell their shares at retirement for a nice profit, which has grown tax free in the interim.
Risk Retention Groups (RRGs) are a combination of exchanges and captives, in that capital investments are usually required, and the owners are the insureds themselves; but all responsibility for management and adequate funding falls on the insureds’ shoulders, and reinsurance is rarely an option. Most medical malpractice RRGs are licensed in Vermont or South Carolina, because of favorable laws in those states, but they can be based in any state that allows them.
Exchanges, captives, and RRGs all carry risk: A few large claims can eat up all the profits, and may even put you in a financial hole. But of course, traditional malpractice policies offer zero profit opportunity.
If your financial situation has changed since your last insurance review, your life insurance needs have probably changed, too. As your retirement savings accumulate, less insurance is necessary. And if you own any expensive whole life policies, you can probably convert them to much cheaper term insurance.
Disability insurance is not something to skimp on, but if you are approaching retirement age, you may be able to decrease your coverage, or even eliminate it entirely, if your retirement plan is far enough along.
Liability insurance is likewise no place to pinch pennies, but you might be able to add an umbrella policy providing comprehensive catastrophic coverage, which may allow you to decrease your regular coverage, or raise your deductible limits.
One additional policy to consider is Employment Practices Liability Insurance, which protects you from lawsuits brought by militant or disgruntled employees. More on that next month.
Health insurance premiums continue to soar; Obamacare might offer a favorable alternative for your office policy. Open enrollment began Oct. 1, with coverage scheduled to begin Jan. 1, 2014. If you are considering such an option, go to the Center for Consumer Information and Insurance Oversight and pick a plan for your employees to enroll in.
Workers’ compensation insurance is mandatory in most states, and heavily regulated, so there is little room for cutting expenses. However, some states do not require you, as the employer, to cover yourself, and eliminating that coverage could save you a substantial amount. This is only worth considering, of course, if you have adequate health and disability policies in place.
If you’re over 50 years old, look into long-term care insurance as well. It’s relatively inexpensive if you buy it while you’re still healthy, and it could save you and your heirs a load of money on the other end. If you have shouldered the expense of a chronically ill parent or grandparent, you know what I’m talking about.
Dr. Eastern practices dermatology and dermatologic surgery in Belleville, N.J., and has been a long-time monthly columnist for Dermatology News.
In pursuit of happiness (or a life well-lived)
A few weeks ago I had to take some days off work because I was sick. I had just come back from visiting family in Las Vegas and I suspect I caught something from my brother-in-law. The brief vacation, plus sick days and two weekends in between, meant that I did not work for 10 days.
By the end of that period, I was ready to go back to work. It did not matter that I was not 100% better. I was better, and as grateful as I was for the rest, I couldn’t wait to get back.
Now, I often joke about feeling burnt out (and, as I am very fond of saying, jokes are half-meant), so for me to feel that way came as a surprise to me.
First, let me explain why, after only 4 years of full-time practice, I am feeling a bit burnt out. Frustration seems to be an almost daily occurrence now. I get frustrated when there are delays in the treatment I prescribe because of insurance companies. I am frustrated by patients who are habitually late or noncompliant, or worse, drug seeking. I get frustrated when I think my office staff is not doing things efficiently.
I get frustrated when my judgment is questioned not on the basis of its lack of merit, but on the basis of a mistrust of my age, gender, race, and stature. I’ll bet neither one of my bosses gets called "honey" or "little girl," nor, I suspect, are they regularly asked for their age. My guess is that I get more overt signs of disrespect than they do as well. A patient once said that I could not wear heels and not expect people to stare, as if my fashion sense negates my medical degree and training.
I get frustrated when I can’t help patients: When their osteoarthritis is so far advanced that nothing helps; when I’ve tried every single approved biologic but their psoriatic arthritis is not responding; when those with polymyalgia rheumatica can’t get below 9 mg of prednisone; and when they somatize and have hyperbolic symptoms that are wildly disproportionate to the degree of arthritis.
For all the vagaries of our chosen profession, I have more than once wondered at my boss’s resilience and admired his ability to let things slide off his back when I constantly find myself at the brink of collapsing under the weight of the world’s expectations of me, including my expectations of myself. (Who’s being hyperbolic now?)
But when I missed those 10 days of work and was so eager to return, I realized the inescapable reality that, to a degree that I had not previously appreciated, my doctorhood defines me.
Doctoring is a privilege. We would not be here if we didn’t possess the gifts of intellect, talent, industry, and altruism. Because we have those qualities, we are in a unique position to belong to such a noble profession, to belong to the ranks of people making other people better, to stand on the shoulders of the giants who came before us, looking at a horizon that they could not have imagined.
If you consume pop culture like I do, you are familiar with the injunction to "find your happiness," as if happiness is a good that can be acquired. I’ve long struggled with this concept. I’ve wondered what, if anything, I was missing. I wondered if I was being disingenuous by not pursuing an appropriately low-paying-but-oh-so-antiestablishment job that was purportedly my passion (writer, musician, artist, organic farmer?).
But I think I’ve finally figured it out. Happiness is not a good, it is a byproduct of a life well-lived: to make a difference in our patients’ lives, to earn the trust of colleagues whom we respect, and to treat people with kindness and generosity. This is a meaningful life from which happiness derives.
Dr. Chan practices rheumatology in Pawtucket, R.I.
A few weeks ago I had to take some days off work because I was sick. I had just come back from visiting family in Las Vegas and I suspect I caught something from my brother-in-law. The brief vacation, plus sick days and two weekends in between, meant that I did not work for 10 days.
By the end of that period, I was ready to go back to work. It did not matter that I was not 100% better. I was better, and as grateful as I was for the rest, I couldn’t wait to get back.
Now, I often joke about feeling burnt out (and, as I am very fond of saying, jokes are half-meant), so for me to feel that way came as a surprise to me.
First, let me explain why, after only 4 years of full-time practice, I am feeling a bit burnt out. Frustration seems to be an almost daily occurrence now. I get frustrated when there are delays in the treatment I prescribe because of insurance companies. I am frustrated by patients who are habitually late or noncompliant, or worse, drug seeking. I get frustrated when I think my office staff is not doing things efficiently.
I get frustrated when my judgment is questioned not on the basis of its lack of merit, but on the basis of a mistrust of my age, gender, race, and stature. I’ll bet neither one of my bosses gets called "honey" or "little girl," nor, I suspect, are they regularly asked for their age. My guess is that I get more overt signs of disrespect than they do as well. A patient once said that I could not wear heels and not expect people to stare, as if my fashion sense negates my medical degree and training.
I get frustrated when I can’t help patients: When their osteoarthritis is so far advanced that nothing helps; when I’ve tried every single approved biologic but their psoriatic arthritis is not responding; when those with polymyalgia rheumatica can’t get below 9 mg of prednisone; and when they somatize and have hyperbolic symptoms that are wildly disproportionate to the degree of arthritis.
For all the vagaries of our chosen profession, I have more than once wondered at my boss’s resilience and admired his ability to let things slide off his back when I constantly find myself at the brink of collapsing under the weight of the world’s expectations of me, including my expectations of myself. (Who’s being hyperbolic now?)
But when I missed those 10 days of work and was so eager to return, I realized the inescapable reality that, to a degree that I had not previously appreciated, my doctorhood defines me.
Doctoring is a privilege. We would not be here if we didn’t possess the gifts of intellect, talent, industry, and altruism. Because we have those qualities, we are in a unique position to belong to such a noble profession, to belong to the ranks of people making other people better, to stand on the shoulders of the giants who came before us, looking at a horizon that they could not have imagined.
If you consume pop culture like I do, you are familiar with the injunction to "find your happiness," as if happiness is a good that can be acquired. I’ve long struggled with this concept. I’ve wondered what, if anything, I was missing. I wondered if I was being disingenuous by not pursuing an appropriately low-paying-but-oh-so-antiestablishment job that was purportedly my passion (writer, musician, artist, organic farmer?).
But I think I’ve finally figured it out. Happiness is not a good, it is a byproduct of a life well-lived: to make a difference in our patients’ lives, to earn the trust of colleagues whom we respect, and to treat people with kindness and generosity. This is a meaningful life from which happiness derives.
Dr. Chan practices rheumatology in Pawtucket, R.I.
A few weeks ago I had to take some days off work because I was sick. I had just come back from visiting family in Las Vegas and I suspect I caught something from my brother-in-law. The brief vacation, plus sick days and two weekends in between, meant that I did not work for 10 days.
By the end of that period, I was ready to go back to work. It did not matter that I was not 100% better. I was better, and as grateful as I was for the rest, I couldn’t wait to get back.
Now, I often joke about feeling burnt out (and, as I am very fond of saying, jokes are half-meant), so for me to feel that way came as a surprise to me.
First, let me explain why, after only 4 years of full-time practice, I am feeling a bit burnt out. Frustration seems to be an almost daily occurrence now. I get frustrated when there are delays in the treatment I prescribe because of insurance companies. I am frustrated by patients who are habitually late or noncompliant, or worse, drug seeking. I get frustrated when I think my office staff is not doing things efficiently.
I get frustrated when my judgment is questioned not on the basis of its lack of merit, but on the basis of a mistrust of my age, gender, race, and stature. I’ll bet neither one of my bosses gets called "honey" or "little girl," nor, I suspect, are they regularly asked for their age. My guess is that I get more overt signs of disrespect than they do as well. A patient once said that I could not wear heels and not expect people to stare, as if my fashion sense negates my medical degree and training.
I get frustrated when I can’t help patients: When their osteoarthritis is so far advanced that nothing helps; when I’ve tried every single approved biologic but their psoriatic arthritis is not responding; when those with polymyalgia rheumatica can’t get below 9 mg of prednisone; and when they somatize and have hyperbolic symptoms that are wildly disproportionate to the degree of arthritis.
For all the vagaries of our chosen profession, I have more than once wondered at my boss’s resilience and admired his ability to let things slide off his back when I constantly find myself at the brink of collapsing under the weight of the world’s expectations of me, including my expectations of myself. (Who’s being hyperbolic now?)
But when I missed those 10 days of work and was so eager to return, I realized the inescapable reality that, to a degree that I had not previously appreciated, my doctorhood defines me.
Doctoring is a privilege. We would not be here if we didn’t possess the gifts of intellect, talent, industry, and altruism. Because we have those qualities, we are in a unique position to belong to such a noble profession, to belong to the ranks of people making other people better, to stand on the shoulders of the giants who came before us, looking at a horizon that they could not have imagined.
If you consume pop culture like I do, you are familiar with the injunction to "find your happiness," as if happiness is a good that can be acquired. I’ve long struggled with this concept. I’ve wondered what, if anything, I was missing. I wondered if I was being disingenuous by not pursuing an appropriately low-paying-but-oh-so-antiestablishment job that was purportedly my passion (writer, musician, artist, organic farmer?).
But I think I’ve finally figured it out. Happiness is not a good, it is a byproduct of a life well-lived: to make a difference in our patients’ lives, to earn the trust of colleagues whom we respect, and to treat people with kindness and generosity. This is a meaningful life from which happiness derives.
Dr. Chan practices rheumatology in Pawtucket, R.I.
Improving Patient Outcomes through Advanced Pain Management Techniques
Mentoring at a Community Hospital
The literature focusing on physician mentoring is limited principally to programs at academic medical centers.[1, 2, 3, 4, 5] Traditionally, physicians at academic medical centers who are engaged in research have one or more such advisors. However, many clinical faculties are not engaged in research. Further, little has been written about mentoring initiatives among physicians in full‐time clinical practice.[6] Such initiatives have been suggested as one way of reducing physician stress and improving professional satisfaction, issues of great concern among practicing physicians, particularly hospitalists and primary care physicians.[7]
A mentoring program was initiated at the Western Connecticut Health Network (WCHN) in January 2012. WCHN is a healthcare system comprised of the Danbury and New Milford Hospitals, with 371 licensed beds and a network of salaried primary care and specialty physicians. At Danbury, residency programs are in place in all specialties, and medical students from the University of Vermont rotate through the major clinical specialties.
This article describes the mentoring program at WCHN and gives a preliminary assessment of its value based on a survey of the participants after the first year of the program.
PROGRAM DESCRIPTION
Although the mentoring program was offered to all physicians of the WCHN, the principal groups of interest were the salaried primary care physicians (n=46) and the hospitalists (n=24). The program is a formal system of mentorship and career support, whose goal is to maximize the potential and career satisfaction of each member of the medical staff.
Eight senior physicians from the Departments of Medicine and Surgery served as mentors in their free time. They were selected based on their high regard as members of the medical staff who reflected the attributes of satisfactory mentorsgood listeners who are supportive, nonjudgmental, practical, and enthusiastic.[8] They received informal training through meetings with the program consultant (corresponding author) who had previously established mentoring programs at Massachusetts General Hospital, Boston, Massachusetts and the University of Rochester Medical Center, Rochester, New York.
Mentees were principally hospitalists and primary care physicians in full‐time clinical practice. Practice experiences varied from 2 or 3 to 20 years or more. All hospitalists and some primary care physicians were engaged in teaching residents and/or medical students. Mentees were asked to complete a 1‐page form indicating their goals for the coming year, what issues they would like to discuss with a mentor, and which mentor they wish to meet with. The sessions were scheduled during free time of both mentor and mentee, held in a quiet setting, were confidential, and lasted an hour or more. At the end of each session, mentee and mentor agreed on what was discussed and what next steps each had responsibility for. The mentor subsequently wrote up a summary of the meeting and reviewed it with the mentee for accuracy. Ongoing contacts were in person, phone, or e‐mail initiated either by the mentor or the mentee. Examples of next steps included helping a mentee obtain further training, observe and comment on the mentee's teaching skills, sponsor the mentee for advancement to fellowship in his/her specialty society, or assist the mentee in the preparation of an article for publication. Frequency of meetings varied from a single session on a self‐limited issue to multiple sessions throughout the year.
At the end of the first year of the program, the participants were surveyed by e‐mail about their perceptions of the program. The survey was a structured instrument asking them to indicate what the principal issue or issues were that led them to seek a mentor, whether they felt the mentoring program had been helpful, if so in what way, and if not why not.
SURVEY RESULTS
Twenty‐seven of the 39 participants responded to the survey (69%). Hospitalists were the most likely to participate in the mentoring program (18 of 24) and to respond to the survey. Career planning (52%), balance among personal and professional life (43%), and leadership development (38%) were the most common reasons given for meeting with a mentor. Twenty percent of mentees had no agenda. They simply wanted to talk. Fifteen percent had a specific project in mind about which they needed advice and counsel. All but one survey respondent felt the mentoring program met their expectations by setting goals (62%), planning next steps in their career (60%), gaining new insights (52%), completing a long‐deferred goal (30%), reducing stress (19%), and improving self‐confidence (19%).
Without exception, mentees indicated that their mentors met the criteria used to define a good mentor.[8]
DISCUSSION
One marker of the program's success is that all but 1 of the respondents felt the mentoring sessions met their expectations. Planning next career steps was a principle interest among the hospitalist group. This is not surprising given that many hospitalists are recent graduates of training programs, and their long‐term career plans may not be well defined. The mentoring program helped 3 hospitalists obtain fellowship training. About 1 in 5 mentees indicated that a reduction in stress was an outcome of their mentoring sessions. Recent studies of physician burnout have shown that physicians of first contact are at greatest risk of burnout.[9] Two‐thirds of the physicians participating in the mentoring program fell into this category. In a recent survey of physicians from all specialties across the country, mentoring was suggested as 1 of a number of strategies that organizations could provide to reduce stress and burnout.[7]
Important lessons learned over the first year of the program were that (1) mentees should have protected time to participate; (2) mentor and mentee should be in touch no less often than every 3 to 6 months, even if there is not an ongoing issue they are working on; and (3) substantive improvements in the program resulted from frequent (eg, every 2 months) meetings of the mentors.
In conclusion, although the survey sample in our study was small, the findings suggest directions and strategies for similar hospitals and health systems. Health systems that seek to improve the professional satisfaction of their physicians should be interested in this description of the physician mentoring program at the WCHN and its perceived value by the participants.
Disclosures
Disclosures: Dr. Griner received a consulting fee from the Western Connecticut Health System for his role in developing the mentoring program and participating in the writing of the article. The authors report no conflicts of interest.
- . . . . Support‐challenge‐vision: a model for faculty mentoring. Med Teach. 1998;20:595–597.
- , , , . A descriptive cross‐sectional study of formal mentoring for faculty. Fam Med. 1996;28:434–438.
- Advisor, teacher, role model, friend: on being a mentor to students in science and engineering. Washington, DC: National Academy Press; 1997. Available at: http://www.nap.edu/readingroom/books/mentor. Accessed 5/13/2013.
- , , , . Helping medical school faculty realize their dreams: an innovative, collaborative, mentoring program. Acad Med. 2002;77:377–384.
- , , , . A needs assessment of medical school faculty: caring for the caretakers. J Contin Educ Health Prof. 2003;23:21–29.
- , . Personal and rofessional learning plans—an evaluation of mentoring in general practice. Educ Gen Pract. 1998;9:261–263.
- . Burnout in health care providers. Integr Med. 2013;12:22–24.
- , , . Defining the ideal qualities of mentorship. Am J Med. 2011;124:453–458.
- , , , et al. Burnout and satisfaction with work‐life balance among US physicians relative to the general US population. Arch Intern Med. 2012;172:1377–1385.
The literature focusing on physician mentoring is limited principally to programs at academic medical centers.[1, 2, 3, 4, 5] Traditionally, physicians at academic medical centers who are engaged in research have one or more such advisors. However, many clinical faculties are not engaged in research. Further, little has been written about mentoring initiatives among physicians in full‐time clinical practice.[6] Such initiatives have been suggested as one way of reducing physician stress and improving professional satisfaction, issues of great concern among practicing physicians, particularly hospitalists and primary care physicians.[7]
A mentoring program was initiated at the Western Connecticut Health Network (WCHN) in January 2012. WCHN is a healthcare system comprised of the Danbury and New Milford Hospitals, with 371 licensed beds and a network of salaried primary care and specialty physicians. At Danbury, residency programs are in place in all specialties, and medical students from the University of Vermont rotate through the major clinical specialties.
This article describes the mentoring program at WCHN and gives a preliminary assessment of its value based on a survey of the participants after the first year of the program.
PROGRAM DESCRIPTION
Although the mentoring program was offered to all physicians of the WCHN, the principal groups of interest were the salaried primary care physicians (n=46) and the hospitalists (n=24). The program is a formal system of mentorship and career support, whose goal is to maximize the potential and career satisfaction of each member of the medical staff.
Eight senior physicians from the Departments of Medicine and Surgery served as mentors in their free time. They were selected based on their high regard as members of the medical staff who reflected the attributes of satisfactory mentorsgood listeners who are supportive, nonjudgmental, practical, and enthusiastic.[8] They received informal training through meetings with the program consultant (corresponding author) who had previously established mentoring programs at Massachusetts General Hospital, Boston, Massachusetts and the University of Rochester Medical Center, Rochester, New York.
Mentees were principally hospitalists and primary care physicians in full‐time clinical practice. Practice experiences varied from 2 or 3 to 20 years or more. All hospitalists and some primary care physicians were engaged in teaching residents and/or medical students. Mentees were asked to complete a 1‐page form indicating their goals for the coming year, what issues they would like to discuss with a mentor, and which mentor they wish to meet with. The sessions were scheduled during free time of both mentor and mentee, held in a quiet setting, were confidential, and lasted an hour or more. At the end of each session, mentee and mentor agreed on what was discussed and what next steps each had responsibility for. The mentor subsequently wrote up a summary of the meeting and reviewed it with the mentee for accuracy. Ongoing contacts were in person, phone, or e‐mail initiated either by the mentor or the mentee. Examples of next steps included helping a mentee obtain further training, observe and comment on the mentee's teaching skills, sponsor the mentee for advancement to fellowship in his/her specialty society, or assist the mentee in the preparation of an article for publication. Frequency of meetings varied from a single session on a self‐limited issue to multiple sessions throughout the year.
At the end of the first year of the program, the participants were surveyed by e‐mail about their perceptions of the program. The survey was a structured instrument asking them to indicate what the principal issue or issues were that led them to seek a mentor, whether they felt the mentoring program had been helpful, if so in what way, and if not why not.
SURVEY RESULTS
Twenty‐seven of the 39 participants responded to the survey (69%). Hospitalists were the most likely to participate in the mentoring program (18 of 24) and to respond to the survey. Career planning (52%), balance among personal and professional life (43%), and leadership development (38%) were the most common reasons given for meeting with a mentor. Twenty percent of mentees had no agenda. They simply wanted to talk. Fifteen percent had a specific project in mind about which they needed advice and counsel. All but one survey respondent felt the mentoring program met their expectations by setting goals (62%), planning next steps in their career (60%), gaining new insights (52%), completing a long‐deferred goal (30%), reducing stress (19%), and improving self‐confidence (19%).
Without exception, mentees indicated that their mentors met the criteria used to define a good mentor.[8]
DISCUSSION
One marker of the program's success is that all but 1 of the respondents felt the mentoring sessions met their expectations. Planning next career steps was a principle interest among the hospitalist group. This is not surprising given that many hospitalists are recent graduates of training programs, and their long‐term career plans may not be well defined. The mentoring program helped 3 hospitalists obtain fellowship training. About 1 in 5 mentees indicated that a reduction in stress was an outcome of their mentoring sessions. Recent studies of physician burnout have shown that physicians of first contact are at greatest risk of burnout.[9] Two‐thirds of the physicians participating in the mentoring program fell into this category. In a recent survey of physicians from all specialties across the country, mentoring was suggested as 1 of a number of strategies that organizations could provide to reduce stress and burnout.[7]
Important lessons learned over the first year of the program were that (1) mentees should have protected time to participate; (2) mentor and mentee should be in touch no less often than every 3 to 6 months, even if there is not an ongoing issue they are working on; and (3) substantive improvements in the program resulted from frequent (eg, every 2 months) meetings of the mentors.
In conclusion, although the survey sample in our study was small, the findings suggest directions and strategies for similar hospitals and health systems. Health systems that seek to improve the professional satisfaction of their physicians should be interested in this description of the physician mentoring program at the WCHN and its perceived value by the participants.
Disclosures
Disclosures: Dr. Griner received a consulting fee from the Western Connecticut Health System for his role in developing the mentoring program and participating in the writing of the article. The authors report no conflicts of interest.
The literature focusing on physician mentoring is limited principally to programs at academic medical centers.[1, 2, 3, 4, 5] Traditionally, physicians at academic medical centers who are engaged in research have one or more such advisors. However, many clinical faculties are not engaged in research. Further, little has been written about mentoring initiatives among physicians in full‐time clinical practice.[6] Such initiatives have been suggested as one way of reducing physician stress and improving professional satisfaction, issues of great concern among practicing physicians, particularly hospitalists and primary care physicians.[7]
A mentoring program was initiated at the Western Connecticut Health Network (WCHN) in January 2012. WCHN is a healthcare system comprised of the Danbury and New Milford Hospitals, with 371 licensed beds and a network of salaried primary care and specialty physicians. At Danbury, residency programs are in place in all specialties, and medical students from the University of Vermont rotate through the major clinical specialties.
This article describes the mentoring program at WCHN and gives a preliminary assessment of its value based on a survey of the participants after the first year of the program.
PROGRAM DESCRIPTION
Although the mentoring program was offered to all physicians of the WCHN, the principal groups of interest were the salaried primary care physicians (n=46) and the hospitalists (n=24). The program is a formal system of mentorship and career support, whose goal is to maximize the potential and career satisfaction of each member of the medical staff.
Eight senior physicians from the Departments of Medicine and Surgery served as mentors in their free time. They were selected based on their high regard as members of the medical staff who reflected the attributes of satisfactory mentorsgood listeners who are supportive, nonjudgmental, practical, and enthusiastic.[8] They received informal training through meetings with the program consultant (corresponding author) who had previously established mentoring programs at Massachusetts General Hospital, Boston, Massachusetts and the University of Rochester Medical Center, Rochester, New York.
Mentees were principally hospitalists and primary care physicians in full‐time clinical practice. Practice experiences varied from 2 or 3 to 20 years or more. All hospitalists and some primary care physicians were engaged in teaching residents and/or medical students. Mentees were asked to complete a 1‐page form indicating their goals for the coming year, what issues they would like to discuss with a mentor, and which mentor they wish to meet with. The sessions were scheduled during free time of both mentor and mentee, held in a quiet setting, were confidential, and lasted an hour or more. At the end of each session, mentee and mentor agreed on what was discussed and what next steps each had responsibility for. The mentor subsequently wrote up a summary of the meeting and reviewed it with the mentee for accuracy. Ongoing contacts were in person, phone, or e‐mail initiated either by the mentor or the mentee. Examples of next steps included helping a mentee obtain further training, observe and comment on the mentee's teaching skills, sponsor the mentee for advancement to fellowship in his/her specialty society, or assist the mentee in the preparation of an article for publication. Frequency of meetings varied from a single session on a self‐limited issue to multiple sessions throughout the year.
At the end of the first year of the program, the participants were surveyed by e‐mail about their perceptions of the program. The survey was a structured instrument asking them to indicate what the principal issue or issues were that led them to seek a mentor, whether they felt the mentoring program had been helpful, if so in what way, and if not why not.
SURVEY RESULTS
Twenty‐seven of the 39 participants responded to the survey (69%). Hospitalists were the most likely to participate in the mentoring program (18 of 24) and to respond to the survey. Career planning (52%), balance among personal and professional life (43%), and leadership development (38%) were the most common reasons given for meeting with a mentor. Twenty percent of mentees had no agenda. They simply wanted to talk. Fifteen percent had a specific project in mind about which they needed advice and counsel. All but one survey respondent felt the mentoring program met their expectations by setting goals (62%), planning next steps in their career (60%), gaining new insights (52%), completing a long‐deferred goal (30%), reducing stress (19%), and improving self‐confidence (19%).
Without exception, mentees indicated that their mentors met the criteria used to define a good mentor.[8]
DISCUSSION
One marker of the program's success is that all but 1 of the respondents felt the mentoring sessions met their expectations. Planning next career steps was a principle interest among the hospitalist group. This is not surprising given that many hospitalists are recent graduates of training programs, and their long‐term career plans may not be well defined. The mentoring program helped 3 hospitalists obtain fellowship training. About 1 in 5 mentees indicated that a reduction in stress was an outcome of their mentoring sessions. Recent studies of physician burnout have shown that physicians of first contact are at greatest risk of burnout.[9] Two‐thirds of the physicians participating in the mentoring program fell into this category. In a recent survey of physicians from all specialties across the country, mentoring was suggested as 1 of a number of strategies that organizations could provide to reduce stress and burnout.[7]
Important lessons learned over the first year of the program were that (1) mentees should have protected time to participate; (2) mentor and mentee should be in touch no less often than every 3 to 6 months, even if there is not an ongoing issue they are working on; and (3) substantive improvements in the program resulted from frequent (eg, every 2 months) meetings of the mentors.
In conclusion, although the survey sample in our study was small, the findings suggest directions and strategies for similar hospitals and health systems. Health systems that seek to improve the professional satisfaction of their physicians should be interested in this description of the physician mentoring program at the WCHN and its perceived value by the participants.
Disclosures
Disclosures: Dr. Griner received a consulting fee from the Western Connecticut Health System for his role in developing the mentoring program and participating in the writing of the article. The authors report no conflicts of interest.
- . . . . Support‐challenge‐vision: a model for faculty mentoring. Med Teach. 1998;20:595–597.
- , , , . A descriptive cross‐sectional study of formal mentoring for faculty. Fam Med. 1996;28:434–438.
- Advisor, teacher, role model, friend: on being a mentor to students in science and engineering. Washington, DC: National Academy Press; 1997. Available at: http://www.nap.edu/readingroom/books/mentor. Accessed 5/13/2013.
- , , , . Helping medical school faculty realize their dreams: an innovative, collaborative, mentoring program. Acad Med. 2002;77:377–384.
- , , , . A needs assessment of medical school faculty: caring for the caretakers. J Contin Educ Health Prof. 2003;23:21–29.
- , . Personal and rofessional learning plans—an evaluation of mentoring in general practice. Educ Gen Pract. 1998;9:261–263.
- . Burnout in health care providers. Integr Med. 2013;12:22–24.
- , , . Defining the ideal qualities of mentorship. Am J Med. 2011;124:453–458.
- , , , et al. Burnout and satisfaction with work‐life balance among US physicians relative to the general US population. Arch Intern Med. 2012;172:1377–1385.
- . . . . Support‐challenge‐vision: a model for faculty mentoring. Med Teach. 1998;20:595–597.
- , , , . A descriptive cross‐sectional study of formal mentoring for faculty. Fam Med. 1996;28:434–438.
- Advisor, teacher, role model, friend: on being a mentor to students in science and engineering. Washington, DC: National Academy Press; 1997. Available at: http://www.nap.edu/readingroom/books/mentor. Accessed 5/13/2013.
- , , , . Helping medical school faculty realize their dreams: an innovative, collaborative, mentoring program. Acad Med. 2002;77:377–384.
- , , , . A needs assessment of medical school faculty: caring for the caretakers. J Contin Educ Health Prof. 2003;23:21–29.
- , . Personal and rofessional learning plans—an evaluation of mentoring in general practice. Educ Gen Pract. 1998;9:261–263.
- . Burnout in health care providers. Integr Med. 2013;12:22–24.
- , , . Defining the ideal qualities of mentorship. Am J Med. 2011;124:453–458.
- , , , et al. Burnout and satisfaction with work‐life balance among US physicians relative to the general US population. Arch Intern Med. 2012;172:1377–1385.