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CHICAGO – An enhanced recovery pathway reduces short-term complications and hospital stays following cancer-related lung resection without raising readmissions or emergency visits after discharge, a study showed.
“A multimodal pathway for open, elective lobectomy seems to improve efficiency and quality of care,” Dr. Amin Madani, from McGill University in Montreal, said at the annual meeting of the Central Surgical Association (CSA).
Prior research suggests that an enhanced recovery pathway (ERP), also known as fast-track protocols, can improve surgical outcomes, but there is little evidence to support its use and effectiveness in lung resection.
Surgeons at McGill established an integrated, multimodal approach to perioperative care of these patients after creating a written, evidence-based, step-by-step pathway. Key elements are standardized preoperative patient education; removal of urine drains on postoperative day 1; removal of the last chest tube by postop (POD) day 3, if there is <300 cc of drainage in 24 hours and no air leak; ambulation goals of more than 75 m thrice-daily by POD 3; introduction of solid food on POD 1; and a target discharge of POD 4; Dr. Madani explained.
To examine the effectiveness of the pathway, the authors retrospectively analyzed outcomes in 127 patients undergoing elective lung resection for primary or secondary lung cancer receiving traditional care and 107 patients treated after the ERP was implemented in September 2012. At baseline, the two groups were similar with respect to age, sex, body mass index (BMI), American Society of Anesthesiologists (ASA) scores, pulmonary function, and smoking history.
Hospital length of stay was significantly reduced after the ERP from a median of 7 days with traditional care to 6 days (P < .01), driven largely by patients with an uncomplicated hospital course who were discharged after a median of 5 days after the pathway was implemented, Dr. Madani said.
It was not the case that patients went home too early, as readmissions (5% vs. 6%) and ED visits (3% vs. 5%) were similar between both groups, he added.
After the pathway was implemented, patients had earlier Foley catheter removal (POD 2 vs. 1), IV discontinuation (POD 3 vs. 2), ambulation (POD 2 vs. 1), last chest tube removal (POD 5 vs. 4), and epidural removal (POD 5 vs. 4).
The enhanced recovery pathway group had fewer overall complications than did the traditional care group (37% vs. 50%; P = .03), a threefold decrease in urinary tract infections (3% vs. 12%; P < .01), and a trend toward fewer pulmonary complications (25% vs. 31%; P = .38) and surgical site infections (1% vs. 6%; P = .07), he said.
Despite significantly earlier removal of chest tubes after the pathway, there was no difference in the incidence of pneumothorax or pleural effusion requiring tube re-insertion, affirming that “Chest tubes were not being removed too early, causing harm to patients,” Dr. Madani said.
In multivariate regression analysis adjusted for age, sex, BMI, and ASA score, there was a significant negative association between implementation of an enhanced recovery pathway and length of stay (beta, –0.18; P < .01) and complications (odds ratio, 0.46; P < .01), but not readmissions (OR, 1.59; P = .44).
Early removal of chest tubes and urinary catheter were independent predictors of decreased length of stay.
Dr. L. Michael Brunt, a discussant from Washington University in St. Louis, said the development of care pathways to enhance recovery after surgery is gaining a lot of interest in the surgical community, but went on to ask how much it cost to implement.
The overall cost of the surgeon-driven initiative, involving multiple pathways for various surgical procedures, is about $120,000 annually, or $100/patient for the 1,200 patients undergoing surgery using an ERP program at the McGill University Health Centre each year, Dr. Madani said. This cost also includes a full-time nurse practitioner now serving as the pathway coordinator and roughly $13,000 for patient education booklets, but no additional staff.
An audience member questioned whether the authors have identified factors predicting which patients would fail to meet pathway goals, observing that in the colorectal field, there are patients such as the 80-year-old, narcotic-naive woman with diabetes, who simply won’t progress.
“That’s a very good point, and I agree there are some patients whom you can’t fast track,” Dr. Madani replied. “Part of the deal here is that, yes, we have this protocolized pathway; however, the surgeon still has the right to change that if they feel it is important. We didn’t look at the specifics of which patient [factors] achieved adherence, but we could at some point in the future.”
CSA president and session moderator Christopher McHenry, from MetroHealth Medical Center in Cleveland, said he was impressed with the study and called the findings very believable.
“I think all of these recovery pathways can be very beneficial,” Dr. McHenry said in an interview. “It helps us re-look at how we’re managing our patients and see if there are ways that we can improve on their postoperative management that may lead to earlier discharge.”
The study was funded by an investigator-initiated research grant from Ethicon Canada. Dr. Madani, his coauthors, Dr. Brunt, and Dr. McHenry reported having no financial conflicts.
CHICAGO – An enhanced recovery pathway reduces short-term complications and hospital stays following cancer-related lung resection without raising readmissions or emergency visits after discharge, a study showed.
“A multimodal pathway for open, elective lobectomy seems to improve efficiency and quality of care,” Dr. Amin Madani, from McGill University in Montreal, said at the annual meeting of the Central Surgical Association (CSA).
Prior research suggests that an enhanced recovery pathway (ERP), also known as fast-track protocols, can improve surgical outcomes, but there is little evidence to support its use and effectiveness in lung resection.
Surgeons at McGill established an integrated, multimodal approach to perioperative care of these patients after creating a written, evidence-based, step-by-step pathway. Key elements are standardized preoperative patient education; removal of urine drains on postoperative day 1; removal of the last chest tube by postop (POD) day 3, if there is <300 cc of drainage in 24 hours and no air leak; ambulation goals of more than 75 m thrice-daily by POD 3; introduction of solid food on POD 1; and a target discharge of POD 4; Dr. Madani explained.
To examine the effectiveness of the pathway, the authors retrospectively analyzed outcomes in 127 patients undergoing elective lung resection for primary or secondary lung cancer receiving traditional care and 107 patients treated after the ERP was implemented in September 2012. At baseline, the two groups were similar with respect to age, sex, body mass index (BMI), American Society of Anesthesiologists (ASA) scores, pulmonary function, and smoking history.
Hospital length of stay was significantly reduced after the ERP from a median of 7 days with traditional care to 6 days (P < .01), driven largely by patients with an uncomplicated hospital course who were discharged after a median of 5 days after the pathway was implemented, Dr. Madani said.
It was not the case that patients went home too early, as readmissions (5% vs. 6%) and ED visits (3% vs. 5%) were similar between both groups, he added.
After the pathway was implemented, patients had earlier Foley catheter removal (POD 2 vs. 1), IV discontinuation (POD 3 vs. 2), ambulation (POD 2 vs. 1), last chest tube removal (POD 5 vs. 4), and epidural removal (POD 5 vs. 4).
The enhanced recovery pathway group had fewer overall complications than did the traditional care group (37% vs. 50%; P = .03), a threefold decrease in urinary tract infections (3% vs. 12%; P < .01), and a trend toward fewer pulmonary complications (25% vs. 31%; P = .38) and surgical site infections (1% vs. 6%; P = .07), he said.
Despite significantly earlier removal of chest tubes after the pathway, there was no difference in the incidence of pneumothorax or pleural effusion requiring tube re-insertion, affirming that “Chest tubes were not being removed too early, causing harm to patients,” Dr. Madani said.
In multivariate regression analysis adjusted for age, sex, BMI, and ASA score, there was a significant negative association between implementation of an enhanced recovery pathway and length of stay (beta, –0.18; P < .01) and complications (odds ratio, 0.46; P < .01), but not readmissions (OR, 1.59; P = .44).
Early removal of chest tubes and urinary catheter were independent predictors of decreased length of stay.
Dr. L. Michael Brunt, a discussant from Washington University in St. Louis, said the development of care pathways to enhance recovery after surgery is gaining a lot of interest in the surgical community, but went on to ask how much it cost to implement.
The overall cost of the surgeon-driven initiative, involving multiple pathways for various surgical procedures, is about $120,000 annually, or $100/patient for the 1,200 patients undergoing surgery using an ERP program at the McGill University Health Centre each year, Dr. Madani said. This cost also includes a full-time nurse practitioner now serving as the pathway coordinator and roughly $13,000 for patient education booklets, but no additional staff.
An audience member questioned whether the authors have identified factors predicting which patients would fail to meet pathway goals, observing that in the colorectal field, there are patients such as the 80-year-old, narcotic-naive woman with diabetes, who simply won’t progress.
“That’s a very good point, and I agree there are some patients whom you can’t fast track,” Dr. Madani replied. “Part of the deal here is that, yes, we have this protocolized pathway; however, the surgeon still has the right to change that if they feel it is important. We didn’t look at the specifics of which patient [factors] achieved adherence, but we could at some point in the future.”
CSA president and session moderator Christopher McHenry, from MetroHealth Medical Center in Cleveland, said he was impressed with the study and called the findings very believable.
“I think all of these recovery pathways can be very beneficial,” Dr. McHenry said in an interview. “It helps us re-look at how we’re managing our patients and see if there are ways that we can improve on their postoperative management that may lead to earlier discharge.”
The study was funded by an investigator-initiated research grant from Ethicon Canada. Dr. Madani, his coauthors, Dr. Brunt, and Dr. McHenry reported having no financial conflicts.
CHICAGO – An enhanced recovery pathway reduces short-term complications and hospital stays following cancer-related lung resection without raising readmissions or emergency visits after discharge, a study showed.
“A multimodal pathway for open, elective lobectomy seems to improve efficiency and quality of care,” Dr. Amin Madani, from McGill University in Montreal, said at the annual meeting of the Central Surgical Association (CSA).
Prior research suggests that an enhanced recovery pathway (ERP), also known as fast-track protocols, can improve surgical outcomes, but there is little evidence to support its use and effectiveness in lung resection.
Surgeons at McGill established an integrated, multimodal approach to perioperative care of these patients after creating a written, evidence-based, step-by-step pathway. Key elements are standardized preoperative patient education; removal of urine drains on postoperative day 1; removal of the last chest tube by postop (POD) day 3, if there is <300 cc of drainage in 24 hours and no air leak; ambulation goals of more than 75 m thrice-daily by POD 3; introduction of solid food on POD 1; and a target discharge of POD 4; Dr. Madani explained.
To examine the effectiveness of the pathway, the authors retrospectively analyzed outcomes in 127 patients undergoing elective lung resection for primary or secondary lung cancer receiving traditional care and 107 patients treated after the ERP was implemented in September 2012. At baseline, the two groups were similar with respect to age, sex, body mass index (BMI), American Society of Anesthesiologists (ASA) scores, pulmonary function, and smoking history.
Hospital length of stay was significantly reduced after the ERP from a median of 7 days with traditional care to 6 days (P < .01), driven largely by patients with an uncomplicated hospital course who were discharged after a median of 5 days after the pathway was implemented, Dr. Madani said.
It was not the case that patients went home too early, as readmissions (5% vs. 6%) and ED visits (3% vs. 5%) were similar between both groups, he added.
After the pathway was implemented, patients had earlier Foley catheter removal (POD 2 vs. 1), IV discontinuation (POD 3 vs. 2), ambulation (POD 2 vs. 1), last chest tube removal (POD 5 vs. 4), and epidural removal (POD 5 vs. 4).
The enhanced recovery pathway group had fewer overall complications than did the traditional care group (37% vs. 50%; P = .03), a threefold decrease in urinary tract infections (3% vs. 12%; P < .01), and a trend toward fewer pulmonary complications (25% vs. 31%; P = .38) and surgical site infections (1% vs. 6%; P = .07), he said.
Despite significantly earlier removal of chest tubes after the pathway, there was no difference in the incidence of pneumothorax or pleural effusion requiring tube re-insertion, affirming that “Chest tubes were not being removed too early, causing harm to patients,” Dr. Madani said.
In multivariate regression analysis adjusted for age, sex, BMI, and ASA score, there was a significant negative association between implementation of an enhanced recovery pathway and length of stay (beta, –0.18; P < .01) and complications (odds ratio, 0.46; P < .01), but not readmissions (OR, 1.59; P = .44).
Early removal of chest tubes and urinary catheter were independent predictors of decreased length of stay.
Dr. L. Michael Brunt, a discussant from Washington University in St. Louis, said the development of care pathways to enhance recovery after surgery is gaining a lot of interest in the surgical community, but went on to ask how much it cost to implement.
The overall cost of the surgeon-driven initiative, involving multiple pathways for various surgical procedures, is about $120,000 annually, or $100/patient for the 1,200 patients undergoing surgery using an ERP program at the McGill University Health Centre each year, Dr. Madani said. This cost also includes a full-time nurse practitioner now serving as the pathway coordinator and roughly $13,000 for patient education booklets, but no additional staff.
An audience member questioned whether the authors have identified factors predicting which patients would fail to meet pathway goals, observing that in the colorectal field, there are patients such as the 80-year-old, narcotic-naive woman with diabetes, who simply won’t progress.
“That’s a very good point, and I agree there are some patients whom you can’t fast track,” Dr. Madani replied. “Part of the deal here is that, yes, we have this protocolized pathway; however, the surgeon still has the right to change that if they feel it is important. We didn’t look at the specifics of which patient [factors] achieved adherence, but we could at some point in the future.”
CSA president and session moderator Christopher McHenry, from MetroHealth Medical Center in Cleveland, said he was impressed with the study and called the findings very believable.
“I think all of these recovery pathways can be very beneficial,” Dr. McHenry said in an interview. “It helps us re-look at how we’re managing our patients and see if there are ways that we can improve on their postoperative management that may lead to earlier discharge.”
The study was funded by an investigator-initiated research grant from Ethicon Canada. Dr. Madani, his coauthors, Dr. Brunt, and Dr. McHenry reported having no financial conflicts.
AT THE ANNUAL MEETING OF THE CENTRAL SURGICAL ASSOCIATION
Key clinical point: An enhanced recovery pathway reduces complications and hospital stay following lung cancer resection without raising readmissions or ED visits.
Major finding: Patients in the enhanced recovery pathway vs. traditional care had fewer overall complications (37% vs. 50%; P = .03) and threefold fewer UTIs (3% vs. 12%; P < .01).
Data source: Observational study of 234 patients undergoing lung resection.
Disclosures: The study was funded by an investigator-initiated research grant from Ethicon Canada. Dr. Madani, his coauthors, Dr. Brunt, and Dr. McHenry reported having no financial conflicts.
