Explore this JAMA Surgery series introducing new and innovative techniques in the practice of surgery and improvement in the delivery and quality of surgical care.
This article discusses the use of histotripsy as a noninvasive method for tumor ablation that involves mechanical destruction of tissues without the generation of heat, resulting in accurate and precise treatment without surrounding tissue damage.
This article discusses the use of intraoperative autonomic neural blockade as a technique to manage postoperative visceral pain and symptoms of postoperative nausea and vomiting in minimally invasive surgery.
This article discusses the Latinx Colorectal Surgery Clinic, which was created to provide linguistically and culturally tailored surgical care.
This article discusses the ACGME requirement that sponsoring institutions of postgraduate medical training provide trainees with at least 6 weeks of paid parental leave throughout their training period.
This Surgical Innovation outlines the advantages of performing a partial transplant to deliver growing heart valve implants in newborn babies.
This surgical innovation explains how applying deep neural networks could ensure the continued use of video-based assessment.
This article discusses the implementation of surgical activity regulation methodology in the operating room to reduce organizational dysfunction, improve quality of work life of the surgical staff, and decrease staff overtime.
This Surgical Innovation describes the use of anatomic resection of the liver based on portal territory with margin priority for the treatment of hepatocellular carcinoma.
This Surgical Innovation discusses thoracic lavage for traumatic hemothorax.
This article discusses use of intraoperative MRI in convective gene therapy perfusion.
This article discusses the percutaneous delivery and deployment of lumen-apposing metallic stents for the creation of percutaneous cholecysto-enteric anastomoses for internal drainage of the gallbladder.
This article discusses the function and capabilities of brain computer interfaces as a novel approach to rehabilitation for a variety of neurological disorders.
This decision analytical modeling study investigates the weighting of criteria used by surgeons, surgical administrators, and health technology assessment experts to make decisions concerning the early adoption of innovative surgical technologies.
This article reviews the implementation of standards for surgical video deidentification.
This article discusses the widespread implementation of surgical video replay to improve technical and nontechnical performance of surgeons.
This Surgical Innovation describes the use of a site optimization model that uses machine learning to stratify patients according to whether they can have surgery at an ambulatory surgical center vs a hospital-based outpatient department.
This article discusses a task-based assessment of thoracic performance during robotic lobectomies that obviates the inherent limitations or bias that persist in existing approaches.
This Surgical Innovation discusses 3-dimensional liver modeling serving accessibility of liver surgery virtual planning.
This Surgical Innovation describes the advantages of prioritizing circulation in patients with compressible bleeding sources and in those with noncompressible torso injuries.
This article describes advances that are leading to a resurgence in surgeon interest and adoption of laparoscopic common bile duct exploration, making an innovation out of an old technique.
Customize your ÌÇÐÄvlog experience by selecting one or more topics from the list below.