Preop G-tubes save money in head and neck cancer resections

SEATTLE – It’s better to place gastrostomy tubes before head and neck cancer surgery rather than after, according to a review of 184 patients.

The 73 patients in the study who got preoperative gastrostomy tubes (G-tubes) were sicker than the 111 who had G-tubes placed after surgery, with significantly higher American Society of Anesthesiologists scores, lower body mass indexes, and greater likelihoods of having both prior radiation and more extensive resections requiring flap reconstructions. They were, overall, a higher-risk population with a greater potential for bad outcomes, which is why tubes were placed preemptively.

Even so, at 6 months, the total average cost for the preop G-tube group was $39,751 versus $48,999 for the postoperative group, a savings of $9,248 per patient. The difference was driven by inpatient savings; the preop group left the hospital an average of 3.2 days sooner than their postop G-tube peers (9.4 days versus 12.6 days; P less than .001). Readmissions and other postdischarge costs were similar between the two groups, as were wound and nonwound complications.

“This data suggests that preoperative placement of G-tubes is associated with lower total health care costs. It appears there’s a potential for health care cost savings if candidates for G-tubes can be identified” before surgery and the tubes placed preoperatively, said investigator Joshua Waltonen, MD, of Wake Forest University, Winston-Salem, N.C.

That’s exactly what Wake Forest is doing now. Physicians there use a scoring system to determine how likely patients are to need G-tubes after surgery. If the risk is high, patients are counseled that putting one in beforehand is a good idea, he said at the International Conference on Head and Neck Cancer, held by the American Head and Neck Society.

The team previously found that risk factors include, among others, supracricoid laryngectomy, prior radiation, flap reconstruction, tracheostomy placement, and preop dysphagia and weight loss (JAMA Otolaryngol Head Neck Surg. 2014 Dec;140[12]:1198-206).

Two factors probably account for the shorter lengths of stay, Dr. Waltonen said. First, patients with preop feeding tubes go into surgery with a nutritional boost, which helps with recovery. Also, with a preop tube, patients don’t have to wait for general surgery to get around to placing one postoperatively.

Both groups were about 60 years old on average. The mean body mass index of the preop group was 23 kg/m^{2 and} 26 kg/m^{2 in the postop group} (P = .009). Almost two-thirds of preop patients had prior radiation versus a quarter of postop patients (P less than .001). Tumor and nodal stages were similar.

There was no outside funding for the work, and Dr. Waltonen had no disclosures.

[email protected]

SEATTLE – It’s better to place gastrostomy tubes before head and neck cancer surgery rather than after, according to a review of 184 patients.

The 73 patients in the study who got preoperative gastrostomy tubes (G-tubes) were sicker than the 111 who had G-tubes placed after surgery, with significantly higher American Society of Anesthesiologists scores, lower body mass indexes, and greater likelihoods of having both prior radiation and more extensive resections requiring flap reconstructions. They were, overall, a higher-risk population with a greater potential for bad outcomes, which is why tubes were placed preemptively.

Even so, at 6 months, the total average cost for the preop G-tube group was $39,751 versus $48,999 for the postoperative group, a savings of $9,248 per patient. The difference was driven by inpatient savings; the preop group left the hospital an average of 3.2 days sooner than their postop G-tube peers (9.4 days versus 12.6 days; P less than .001). Readmissions and other postdischarge costs were similar between the two groups, as were wound and nonwound complications.

“This data suggests that preoperative placement of G-tubes is associated with lower total health care costs. It appears there’s a potential for health care cost savings if candidates for G-tubes can be identified” before surgery and the tubes placed preoperatively, said investigator Joshua Waltonen, MD, of Wake Forest University, Winston-Salem, N.C.

That’s exactly what Wake Forest is doing now. Physicians there use a scoring system to determine how likely patients are to need G-tubes after surgery. If the risk is high, patients are counseled that putting one in beforehand is a good idea, he said at the International Conference on Head and Neck Cancer, held by the American Head and Neck Society.

The team previously found that risk factors include, among others, supracricoid laryngectomy, prior radiation, flap reconstruction, tracheostomy placement, and preop dysphagia and weight loss (JAMA Otolaryngol Head Neck Surg. 2014 Dec;140[12]:1198-206).

Two factors probably account for the shorter lengths of stay, Dr. Waltonen said. First, patients with preop feeding tubes go into surgery with a nutritional boost, which helps with recovery. Also, with a preop tube, patients don’t have to wait for general surgery to get around to placing one postoperatively.

Both groups were about 60 years old on average. The mean body mass index of the preop group was 23 kg/m^{2 and} 26 kg/m^{2 in the postop group} (P = .009). Almost two-thirds of preop patients had prior radiation versus a quarter of postop patients (P less than .001). Tumor and nodal stages were similar.

There was no outside funding for the work, and Dr. Waltonen had no disclosures.

[email protected]

SEATTLE – It’s better to place gastrostomy tubes before head and neck cancer surgery rather than after, according to a review of 184 patients.

The 73 patients in the study who got preoperative gastrostomy tubes (G-tubes) were sicker than the 111 who had G-tubes placed after surgery, with significantly higher American Society of Anesthesiologists scores, lower body mass indexes, and greater likelihoods of having both prior radiation and more extensive resections requiring flap reconstructions. They were, overall, a higher-risk population with a greater potential for bad outcomes, which is why tubes were placed preemptively.

Even so, at 6 months, the total average cost for the preop G-tube group was $39,751 versus $48,999 for the postoperative group, a savings of $9,248 per patient. The difference was driven by inpatient savings; the preop group left the hospital an average of 3.2 days sooner than their postop G-tube peers (9.4 days versus 12.6 days; P less than .001). Readmissions and other postdischarge costs were similar between the two groups, as were wound and nonwound complications.

“This data suggests that preoperative placement of G-tubes is associated with lower total health care costs. It appears there’s a potential for health care cost savings if candidates for G-tubes can be identified” before surgery and the tubes placed preoperatively, said investigator Joshua Waltonen, MD, of Wake Forest University, Winston-Salem, N.C.

That’s exactly what Wake Forest is doing now. Physicians there use a scoring system to determine how likely patients are to need G-tubes after surgery. If the risk is high, patients are counseled that putting one in beforehand is a good idea, he said at the International Conference on Head and Neck Cancer, held by the American Head and Neck Society.

The team previously found that risk factors include, among others, supracricoid laryngectomy, prior radiation, flap reconstruction, tracheostomy placement, and preop dysphagia and weight loss (JAMA Otolaryngol Head Neck Surg. 2014 Dec;140[12]:1198-206).

Two factors probably account for the shorter lengths of stay, Dr. Waltonen said. First, patients with preop feeding tubes go into surgery with a nutritional boost, which helps with recovery. Also, with a preop tube, patients don’t have to wait for general surgery to get around to placing one postoperatively.

Both groups were about 60 years old on average. The mean body mass index of the preop group was 23 kg/m^{2 and} 26 kg/m^{2 in the postop group} (P = .009). Almost two-thirds of preop patients had prior radiation versus a quarter of postop patients (P less than .001). Tumor and nodal stages were similar.

There was no outside funding for the work, and Dr. Waltonen had no disclosures.

[email protected]