Robotic high-intensity theater (HIT) lists enhance efficiency and safety for benign gynecological surgery compared to standard NHS operating lists.

• Mean operative time was significantly shorter for HIT at 72.5 minutes versus 129.3 minutes for standard lists.
• Complication rates remained low and comparable: 13% for HIT vs. 29% for standard.

Surgeons can consider implementing HIT to reduce waiting times without sacrificing patient safety or training opportunities.

• HIT patients had shorter hospital stays, averaging 0.4 days compared to 1.2 days for standard lists.

Older patients face varying recovery trajectories after major surgery, affecting their independence long-term.

• Five recovery patterns identified: routine (11.7%), slow (56.4%), protracted (6.9%), chronically dependent (21.9%), and loss of independence (3.1%).
• Key risk factors for independence loss include older age, high comorbidity score, urgent surgeries, frailty, and major complications.

This model aids in selecting patients and informing them about potential needs post-surgery.

• A publicly available risk prediction tool supports clinicians in decision-making regarding patient care.

A targeted opioid stewardship initiative significantly reduces opioid prescriptions at discharge for elective surgeries, improving patient safety.

• Median discharge prescription size dropped from 5 oxycodone pills to 0, a 67.1% reduction, saving over 24,000 pills.
• Successful in 14 out of 15 procedures, with the median post-implementation prescription being zero for 10 of them.

This program enhances the likelihood of opioid-free discharges and lowers the risk of prescription refills, crucial for effective pain management and patient care.

• Patients discharged with an opioid prescription were 3.9 times more likely to need a refill compared to those discharged opioid-free.

Higher surgeon volume leads to better outcomes in breast-conserving surgery, laparoscopic cholecystectomy, and colon cancer surgery.

• Higher-volume surgeons saw a significant reduction in reinterventions, complications, and mortality rates across all three procedures.
• Outcomes were even better for surgeons working in high-volume hospitals.

A focus on both surgeon and hospital volume is essential for optimizing patient care in surgical practice.

• Further research is needed to understand these associations and enhance surgical care delivery.

A new structured surgical handover system significantly improves patient outcomes and safety in emergency general surgery.

• After implementing the SIPS handover, vital signs improved significantly at 12 hours (21.5% vs 16.8%) and 24 hours (26.8% vs 20.0%).
• Staff-reported safety events dropped from 19.7% to 4.6% after the intervention.

Enhancing handover quality without extending meeting time can lead to better patient management and reduced risk.

• High adoption rates indicate strong feasibility for integration in surgical practice.