A European consensus identifies critical practices to reduce surgical site infections (SSIs), enhancing surgical outcomes.

• 92% consensus on 33 of 36 recommended practices for SSI prevention across preoperative, intraoperative, and postoperative phases.
• Surgeons comprised 59% of the 820 healthcare professionals surveyed, ensuring relevance for surgical settings.

Implementing these evidence-based recommendations can significantly reduce SSIs and improve patient safety.

• Variations still exist on specifics, like antiseptic use and antimicrobial sutures.

This study reveals trends in robot-assisted surgical training over 35 years, highlighting implications for surgeons and patient outcomes.

• Research output increased dramatically, with focus areas evolving through three phases: technical validation, methodological innovation, and standardization with AI integration.
• The U.S. contributed nearly half of all publications, with European Urology having the highest impact factor at 25.2.

This emphasizes the need for standardized training to ensure skill transfer to clinical practice.

• Challenges include integrating AI in training and establishing governance frameworks for consistent training standards.

Surgeons’ nontechnical skills directly enhance operating room efficiency.

• For every unit increase in nontechnical skills score, first case on-time starts increase by 28.1%.
• Actual to expected operational length improves by 22.1%.
• Case turnover within expected time rises by 74.8%.

Effective communication and preoperative planning are crucial. Focusing on these skills can streamline processes and improve patient outcomes.

Adding an inanimate training curriculum to virtual reality significantly boosts surgical residents’ skills in robotic surgery while lowering stress levels.

• VR skill scores improved from 159% to 229% after the curriculum (p < 0.0001).
• MOSATS scores rose from 15.5 to 25.8, with completion times dropping from 773 to 484 seconds (both p < 0.0001).

These findings highlight the importance of incorporating hands-on training to enhance technical competence in robotic surgery.

• Residents reported feeling more relaxed and experienced lower mental demand post-training.