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CHICAGO – Use of an enhanced recovery protocol for oncology patients has been shown to improve outcomes in colorectal surgery but has been largely unproven in other types of major oncology operations. That prompted researchers at the University of Texas MD Anderson Cancer Center in Houston to investigate They found that the enhanced recovery protocol led to a reduction in complication rates and a decrease in hospital stay with no increase in readmissions, according to an analysis of more than 3,000 oncologic operations presented at the Society of Surgical Oncology Annual Cancer Symposium here.
“Patients treated with enhanced recovery did better,” Rebecca Marcus, MD, said in reporting the results. “There were decreased rates of perioperative transfusions, decreased rates of surgical site infections, decreased rates of complications, including severe complications such as wound dehiscence, pneumonia, renal failure, and unintended returns to the operating room.” She noted that the shorter hospital stays – 4 days for patients on the enhanced recovery protocol versus 5 days for those on the traditional postoperative protocol – did not result in increased readmissions.
The study reviewed 3,256 operations performed during 2011-2016 in the MD Anderson institutional American College of Surgeons National Surgical Quality Improvement Program database. The operations were colorectal (20.4%), gynecologic (19.5%), hepatobiliary (8.9%), thoracic (41.9%) and urologic (9.3%). Most employed the traditional postoperative protocol (53.4%). Colorectal and thoracic/vascular surgery were early adopters of the enhanced recovery protocol at MD Anderson.
Dr. Marcus noted that the overall complication rates were 21.9% for those treated with enhanced recovery–protocol versus 33.9% for those treated with traditional postoperative protocol (P less than .0001). The group treated with enhanced recovery protocol also had lower rates of severe complications: 8.7% vs. 11.7% (P =.0048). The study also noted a trend toward reduced National Surgical Quality Improvement Program 30-day mortality with the enhanced recover protocol (0.4% vs. 0.86%; P = .097). Readmission rates were similar between the two groups: 8.3% for enhanced recovery protocol versus 8.9% for traditional postoperative protocol.
The researchers performed a subanalysis of high-magnitude cases that had a relative value unit of 30 or more and involved operations of greater complexity, which constituted 38% of the study population. “In this group, we still saw the benefit of having treatment with an enhanced recovery protocol with decreased rates of preoperative transfusions, complications, and shorter length of stay without any recent readmission,” Dr. Marcus said. Complication rates in the high-magnitude group were 19% for the enhanced recovery protocol versus 26% for the traditional postoperative protocol in colorectal cases, 21% vs. 40% in gynecology, and 19% vs. 28% in thoracic/vascular.
“The beneficial impact of enhanced recovery appears to be maintained across all specialties and to be independent of case magnitude,” Dr. Marcus said.
She said future research of enhanced recovery in surgical oncology should focus on more long-term outcomes, “such as oncologic benefits of these protocols, especially given the known detrimental effect of the delayed return to adjuvant therapy for this patient population.”
Dr. Marcus and her coauthors reported having no financial disclosures.
SOURCE: Marcus RK et al. SSO 2018, Abstract 21.
CHICAGO – Use of an enhanced recovery protocol for oncology patients has been shown to improve outcomes in colorectal surgery but has been largely unproven in other types of major oncology operations. That prompted researchers at the University of Texas MD Anderson Cancer Center in Houston to investigate They found that the enhanced recovery protocol led to a reduction in complication rates and a decrease in hospital stay with no increase in readmissions, according to an analysis of more than 3,000 oncologic operations presented at the Society of Surgical Oncology Annual Cancer Symposium here.
“Patients treated with enhanced recovery did better,” Rebecca Marcus, MD, said in reporting the results. “There were decreased rates of perioperative transfusions, decreased rates of surgical site infections, decreased rates of complications, including severe complications such as wound dehiscence, pneumonia, renal failure, and unintended returns to the operating room.” She noted that the shorter hospital stays – 4 days for patients on the enhanced recovery protocol versus 5 days for those on the traditional postoperative protocol – did not result in increased readmissions.
The study reviewed 3,256 operations performed during 2011-2016 in the MD Anderson institutional American College of Surgeons National Surgical Quality Improvement Program database. The operations were colorectal (20.4%), gynecologic (19.5%), hepatobiliary (8.9%), thoracic (41.9%) and urologic (9.3%). Most employed the traditional postoperative protocol (53.4%). Colorectal and thoracic/vascular surgery were early adopters of the enhanced recovery protocol at MD Anderson.
Dr. Marcus noted that the overall complication rates were 21.9% for those treated with enhanced recovery–protocol versus 33.9% for those treated with traditional postoperative protocol (P less than .0001). The group treated with enhanced recovery protocol also had lower rates of severe complications: 8.7% vs. 11.7% (P =.0048). The study also noted a trend toward reduced National Surgical Quality Improvement Program 30-day mortality with the enhanced recover protocol (0.4% vs. 0.86%; P = .097). Readmission rates were similar between the two groups: 8.3% for enhanced recovery protocol versus 8.9% for traditional postoperative protocol.
The researchers performed a subanalysis of high-magnitude cases that had a relative value unit of 30 or more and involved operations of greater complexity, which constituted 38% of the study population. “In this group, we still saw the benefit of having treatment with an enhanced recovery protocol with decreased rates of preoperative transfusions, complications, and shorter length of stay without any recent readmission,” Dr. Marcus said. Complication rates in the high-magnitude group were 19% for the enhanced recovery protocol versus 26% for the traditional postoperative protocol in colorectal cases, 21% vs. 40% in gynecology, and 19% vs. 28% in thoracic/vascular.
“The beneficial impact of enhanced recovery appears to be maintained across all specialties and to be independent of case magnitude,” Dr. Marcus said.
She said future research of enhanced recovery in surgical oncology should focus on more long-term outcomes, “such as oncologic benefits of these protocols, especially given the known detrimental effect of the delayed return to adjuvant therapy for this patient population.”
Dr. Marcus and her coauthors reported having no financial disclosures.
SOURCE: Marcus RK et al. SSO 2018, Abstract 21.
CHICAGO – Use of an enhanced recovery protocol for oncology patients has been shown to improve outcomes in colorectal surgery but has been largely unproven in other types of major oncology operations. That prompted researchers at the University of Texas MD Anderson Cancer Center in Houston to investigate They found that the enhanced recovery protocol led to a reduction in complication rates and a decrease in hospital stay with no increase in readmissions, according to an analysis of more than 3,000 oncologic operations presented at the Society of Surgical Oncology Annual Cancer Symposium here.
“Patients treated with enhanced recovery did better,” Rebecca Marcus, MD, said in reporting the results. “There were decreased rates of perioperative transfusions, decreased rates of surgical site infections, decreased rates of complications, including severe complications such as wound dehiscence, pneumonia, renal failure, and unintended returns to the operating room.” She noted that the shorter hospital stays – 4 days for patients on the enhanced recovery protocol versus 5 days for those on the traditional postoperative protocol – did not result in increased readmissions.
The study reviewed 3,256 operations performed during 2011-2016 in the MD Anderson institutional American College of Surgeons National Surgical Quality Improvement Program database. The operations were colorectal (20.4%), gynecologic (19.5%), hepatobiliary (8.9%), thoracic (41.9%) and urologic (9.3%). Most employed the traditional postoperative protocol (53.4%). Colorectal and thoracic/vascular surgery were early adopters of the enhanced recovery protocol at MD Anderson.
Dr. Marcus noted that the overall complication rates were 21.9% for those treated with enhanced recovery–protocol versus 33.9% for those treated with traditional postoperative protocol (P less than .0001). The group treated with enhanced recovery protocol also had lower rates of severe complications: 8.7% vs. 11.7% (P =.0048). The study also noted a trend toward reduced National Surgical Quality Improvement Program 30-day mortality with the enhanced recover protocol (0.4% vs. 0.86%; P = .097). Readmission rates were similar between the two groups: 8.3% for enhanced recovery protocol versus 8.9% for traditional postoperative protocol.
The researchers performed a subanalysis of high-magnitude cases that had a relative value unit of 30 or more and involved operations of greater complexity, which constituted 38% of the study population. “In this group, we still saw the benefit of having treatment with an enhanced recovery protocol with decreased rates of preoperative transfusions, complications, and shorter length of stay without any recent readmission,” Dr. Marcus said. Complication rates in the high-magnitude group were 19% for the enhanced recovery protocol versus 26% for the traditional postoperative protocol in colorectal cases, 21% vs. 40% in gynecology, and 19% vs. 28% in thoracic/vascular.
“The beneficial impact of enhanced recovery appears to be maintained across all specialties and to be independent of case magnitude,” Dr. Marcus said.
She said future research of enhanced recovery in surgical oncology should focus on more long-term outcomes, “such as oncologic benefits of these protocols, especially given the known detrimental effect of the delayed return to adjuvant therapy for this patient population.”
Dr. Marcus and her coauthors reported having no financial disclosures.
SOURCE: Marcus RK et al. SSO 2018, Abstract 21.
REPORTING FROM SSO 2018
Key clinical point: Enhanced recovery protocol implementation is feasible in major oncologic surgery.
Major finding: Complication rates were 21.9% for enhanced recovery protocol versus 33.9% for traditional postoperative protocol.
Study details: Analysis of 3,256 oncology operations in an institutional ACS NSQIP database performed from 2011 to 2016.
Disclosures: Dr. Marcus and her coauthors reported having no financial disclosures.
Source: Marcus RK et al. SSO 2018, Abstract 21
