NEW

Health Care Leaders Form Trustworthy & Responsible AI Network (TRAIN)

Monday, at the HIMSS 2024 Global Health Conference, a new consortium of healthcare leaders announced the creation of the Trustworthy & Responsible AI Network (TRAIN), which aims to operationalize responsible AI principles to improve the quality, safety and...

EPA Rule to Slash EtO Emissions, Reduce Cancer Risk

The U.S. Environmental Protection Agency has announced a rule that will reduce lifetime cancer risks for people living near commercial sterilization facilities across the country. The final amendments to the air toxics standards for ethylene oxide commercial...

AI Revolutionizes General Surgery, says GlobalData

Artificial intelligence (AI) integration in general surgery has surged, promising revolutionary advancements in precision and patient outcomes. AI tools have transformed preoperative planning, intraoperative assistance, and postoperative care, enhancing diagnostic...

Study Shows Potential for Using AI Tools to Detect Healthcare-Associated Infections

A new proof-of-concept study published today in the American Journal of Infection Control (AJIC) reports that artificial intelligence (AI) technologies can accurately identify cases of healthcare-associated infections (HAI) even in complex clinical scenarios. The...

KARL STORZ Rubina

KARL STORZ Rubina

IMAGE1 S Rubina from KARL STORZ combines vivid 4K resolution with patient friendly NIR/ICG imaging. Specialized dual-chip technology lets the surgeon toggle seamlessly between white light and near infrared. With several versatile imaging modes – monochromatic, overlay and intensity map – Rubina takes the guesswork out of bile duct identification and perfusion assessment. It also provides a powerful tool for sentinel lymph node mapping, when used in accordance with the ICG drug labeling. Safe and simple, NIR/ICG does not disrupt workflow or impose stressful time constraints.

Previous

Next

Submit a Comment

Your email address will not be published. Required fields are marked *

X