Artificial Intelligence and Ambulatory Surgical Centers
Why it matters: Artificial intelligence and ambulatory surgical centers have the potential to revolutionize healthcare & improve patient care exponentially.
Category: Health Care
Artificial Intelligence and Drug Discovery: How AI is Finding New Medicines
Why it matters: How AI is finding new medicines? AI has the potential to cut time it takes to bring a new drug to a patient by 90%.
What is 3D Imaging and How Does it Work?
Why it matters: Let us understand what is 3D imaging and its applications in the real world like, urban design, healthcare and 3D printing.
Personalized Cancer Screening with Artificial Intelligence
Why it matters: Personalized cancer screening with Artificial Intelligence will revolutionize patient care by early detection and saving lives.
AI in Drug Discovery
Why it matters: AI in drug discovery (AIDD) involves the application of computational tools to the drug discovery and development process with the goal of reducing the time and capital required to take a drug from research to masses.
AI test that detects heart disease in just 20 seconds
Why it matters: An AI test that detects heart disease in just 20 seconds, with a much higher degree of accuracy than existing methods, will be rolled out on the NHS, UK after a successful pilot.
Robotic Surgery
Why it matters: Robotic surgery is a surgical procedure that uses a robotic arm to manipulate surgical instruments. The procedure is performed through small incisions, resulting in less pain and scarring than traditional surgery.
When Was the First Robotic Surgery?
Why it matters: First robotic surgery, was not done recently. You will be surprised it was in 1983! Robotic surgery has come a long way since.
First AI designed drug in human trials.
Why it matters: First AI designed drug in human trials, we are on the cusp of AI breaking into the field of drug design to improve healthcare.
Impact of Artificial Intelligence In Healthcare Sector
Why it matters: Artificial Intelligence (AI) and machine learning (ML) algorithms are being widely adopted and integrated into healthcare systems to accurately predict diseases in their early stage based on historical health datasets.
