Ovarian Cancer Surgery: Birmingham Research Informs New Guidance

Patients with advanced ovarian cancer are now being recommended surgery that the University of Birmingham researchers have found leads to better outcomes.

The National Institute of Clinical Excellence (NICE) today has published new guidance about the use of maximal cytoreductive surgery following a consultation on evidence including research from Professor Sudha Sundar and colleagues from the University’s Institute of Cancer and Genomic Sciences for the SOCQER-2 trial published in BJOG: an International Journal of Obstetrics & Gynaecology and Cancers https://www.mdpi.com/2072-6694/14/18/4362

Among the key pieces of research consulted on, Professor Sundar’s research conducted between the Institutes of Cancer and Genomic Sciences and Applied Health Research showed that women treated in centres where this kind of surgery is routinely conducted, (which involves operating on a number of organs and can include removal of part of the breathing muscle and bowel) had six months increased overall survival rates compared to those that only conducted less extensive surgery.

Put differently, women with late-stage ovarian cancer treated at centres that routinely conduct maximal cytoreduction surgery have a 20% reduction in their chance of dying from ovarian cancer.

The research further found that quality of life in women was the same after 12 months regardless of whether women underwent maximal cytoreductive surgery or less extensive surgery

Sudha Sundar, Professor of Gynaecological Cancer at the University of Birmingham commented: “Ovarian cancer is a huge burden affecting women across the UK. Anything that improves survival rates and quality of life for women is significant. Increasing the time that women can spend with those they love after a late-stage diagnosis has a profoundly positive impact and is something that I am immensely proud to have contributed to.

“The SOCQER-2 trial has shown that this major surgery to fully remove all traces of cancer, despite the seemingly high levels of impact on women’s lives afterwards, made a significant difference to their quality of life as well as increasing survival time after surgery.”

NICE’s new guidelines on maximal cytoreductive surgery – https://www.nice.org.uk/guidance/ipg757

Hot this week

Avery Dennison Medical Introduces Ipdated SilFoam Lite: Sustainability, MDR Certification & Performance Improvements

The newly enhanced SilFoam Lite delivers superior efficiency and reliability, bringing improved fluid handling capabilities and improved tack. These improvements make the product ideal for customers seeking quality, high-performance solutions in wound care notes Avery Dennison Medical.

Voluntary Recall Notifying Medtronic Insulin Pump Users of Potential Risks of Shortened Pump Battery Life

Medtronic plc voluntarily issued a field action starting on July 31, 2024, notifying global customers of its MiniMed™ 600 series or 700 series insulin pumps to follow their pump's built-in alerts and alarms for battery status and to contact Medtronic if they observe changes in the battery life of their pump

Medtronic Expands AiBLE Spine Surgery Ecosystem with New Technologies and Siemens Healthineers Partnership

New advancements in the AiBLE Spine Surgery ecosystem build upon the company's commitment to procedural innovation and execution

Axlab, Danish Medtech Pioneer, expands to US with Advanced Robotic Tissue Sectioning for Pathology Laboratories

Kris Rokke, National Sales Director for Axlab in the US. "My team and I are extremely excited and honored about this unique opportunity to also offer this advanced technology to labs across the US and thus contribute to the pathology labs of tomorrow."

Spartan Medical Broadens Single-Use Sterile Instrument Portfolio to Improve Outcomes, Increase Efficiency, and Generate Cost Savings

Spartan Medical products portfolio of single-use, sterile med tech includes micro and minor surgical convenience kits, kerrison rongeurs, spinal and general surgical retractors, dural repair kits, synthetic biologics, and a wide range of orthopedic pre-sterilized implants and devices.