#medical-technology

#medical-technology

SCAI, a clinical AI, outperformed most physicians and existing AI tools on USMLE exams, showcasing its potential as a valuable decision-making partner.

The world's first dual-robotic surgery for prostate cancer aims to preserve erectile function and reduce recovery time.

INH invests in three Amsterdam startups focusing on innovative medical and therapeutic solutions.

Neuralink's BCI has enabled a patient with ALS to regain speech and control devices.

Synchron's tech allows non-invasive brain-computer interface development, enabling data collection for AI models using avatars as time stamps.

Neuralink's Blindsight has FDA breakthrough status, but it's premature to claim it can cure blindness.

Neuralink expands its brain-computer interface study to the University of Miami to help individuals with quadriplegia.

Technological innovation accelerates when potential is evident, particularly in healthcare.

OpenWater's open-source model is a groundbreaking shift in technology access.

AMT Medical secures €22M to advance its heart bypass technology and make surgeries safer and more accessible.

An Australian man became the first patient to leave the hospital with an artificial heart while waiting for a transplant.

CRISPR technology offers potential to cure diseases like sickle cell anemia but raises critical ethical questions about altering human genetics.

AI is crucial for enhancing efficiency and patient care in the healthcare sector.

The NHS struggles with funding and outdated technology that AI can help resolve.

The medical waiting room inefficiency persists despite advanced technology in healthcare.

Adrian Thiessen's experience illustrates the irony of using a camera to explore his gastrointestinal issues, ultimately highlighting the complexities of medical diagnoses.

Robots are advancing in surgical skills, learning tasks autonomously, potentially addressing surgeon shortages.

Healthcare UX is crucial for successful medical innovations.

Doctors and nurses struggle with poor user interfaces in medical software.

Phantom Neuro is advancing bionic technology by developing devices that allow prosthetic control via implanted wristbands, raising crucial funding for development.

Ancient mammals' fur colors revealed through fossil analysis; first titanium heart patient survived 100 days; concerns grow over anti-vaccine influence in public health.

AI-driven treatment options can significantly impact the care of patients with rare diseases.

Persistence in seeking unconventional solutions can lead to unexpected and life-saving outcomes.

AI is increasingly being utilized in healthcare communication, particularly through platforms like MyChart, improving efficiency for medical professionals.

The American College of Radiology launched an AI registry to enhance analytics and oversight of AI in radiology, promoting safety and effectiveness.

Doctors are using AI to help ALS patients regain their voice by translating brain activity into speech.

AI-driven implants show promise in helping paralyzed individuals walk again.

The Apple Vision Pro headset could transform surgeries by enhancing efficiency and safety, marking a potential revolution in surgical practice.

Urology has evolved from open surgery to robotic-assisted surgery, improving treatment options and patient outcomes.

The new AI algorithm DPAD can effectively dissociate brain patterns tied to specific behaviors, enhancing brain-computer interfaces.

Brain-computer interfaces can restore movement, vision, and speech in individuals with paralysis or neuroinjuries, showcasing significant advancements in rehabilitation technology.

Imitation learning enables robots to perform surgeries autonomously by learning from videos, representing a major breakthrough in robotic surgery.

A bioinspired soft finger developed in China enhances robotic dexterity and touch sensitivity, potentially enabling robots to conduct medical examinations like humans.