
Explore a surgeon's perspective on making courageous decisions in high-pressure situations, with insights on navigating ethical dilemmas and embracing responsibility in medicine.

Neurosurgeon Alex Spiotta explores how teams can achieve "flow state" for peak performance, drawing from his experiences in high-stakes surgeries and Ironman triathlons to demonstrate its wide applicability.

Interdisciplinary collaboration revolutionizes surgical planning by bridging radiology and surgery, improving patient outcomes through advanced visualization techniques and innovative approaches to medical imaging.

Exploring security vulnerabilities in teleoperated surgical systems and their potential implications, with a focus on developing patient-safe and privacy-preserving robotic surgery technologies.

Exploring deep brain stimulation's potential to treat neurological disorders like Parkinson's and depression through precise electrode placement and stimulation control.

Exploring advancements in surgical technology, including robotic surgery, augmented reality, and telemedicine, and their impact on healthcare delivery and patient outcomes.

Explore deep brain stimulation's impact on neurological disorders and potential for memory enhancement, featuring insights on Parkinson's, dystonia, depression, and future applications.

Explore deep brain stimulation's potential to treat Parkinson's, depression, and Alzheimer's. Learn about this precise technique that uses electrodes to correct brain dysfunction and its promising results.

Explore a pediatric brain tumor case study featuring advanced surgical techniques and diagnostic approaches for treating a rare ganglioglioma in a 12-year-old patient.

Explore the fascinating connection between your gut and brain, discovering how 600 million neurons in your digestive system influence appetite, mental health, and neurological conditions.

Discover the latest advances in cell salvage technology for gynecologic surgery, including benefits, risks, and contraindications from a leading minimally invasive surgeon.

Discover Brelyon's innovative immersive display technology that combines monitor functionality with VR experiences, offering enhanced medical imaging and surgical visualization without headset requirements.

Discover how robotic and minimally invasive techniques revolutionize living donor liver transplantation, focusing on enhanced recovery methods and improved donor comfort during life-saving procedures.

Explore technological advances in head and neck surgery, focusing on Transoral Robotic Surgery for oropharyngeal malignancies and virtual surgical planning for reconstructive procedures.

Discover cutting-edge developments in AI-driven intraoperative imaging, deformable registration, and robotic assistance for neuroendoscopic procedures, focusing on enhanced precision and improved surgical outcomes.

Explore AI applications in gastric cancer screening, focusing on innovative detection methods and potential improvements in early diagnosis and patient outcomes.

Adéntrate en los misterios del cerebro humano con un pionero neurocirujano. Descubre innovaciones en cirugía cerebral, avances científicos y triunfos emocionales que están redefiniendo la neurociencia moderna.

Discover the latest advancements in robotic-assisted joint replacement surgery, including techniques, benefits, and clinical applications from a leading orthopedic expert.

Explore emerging applications and future potential of robotic technology in reconstructive plastic surgery, examining adoption challenges and current implementation across surgical specialties.

Explore innovative surgical approaches for tethered spinal cord, including spinal column shortening, with insights from a Johns Hopkins expert and patient experience.

Explore spinal surgery options, degenerative disorders, tumors, and complex reconstruction with Johns Hopkins neurosurgeon Ali Bydon to alleviate neck and back pain.