Category: Personalized medicine
- Rethinking Personalized Medicine: AI’s Limits in Clinical Trials ()
Summary: A new study reveals limitations in the current use of mathematical models for personalized medicine, particularly in schizophrenia treatment. Although these models can predict patient outcomes in specific clinical trials, they fail when applied to different trials, challenging the reliability of AI-driven algorithms in diverse settings. This study underscores the need for algorithms to […]
- Seismic Powered Clothing ()
Seismic™ Powered Clothing Intelligent Wearable Strength™ Welcome to Seismic Seismic™ Powered Clothing is a fusion of apparel and robotics, designed to reduce muscle strain and fatigue by providing your core with extra power and stability. Lightweight, breathable and comfortable: our connected apparel is engineered with Flex-Drive™ electric muscles that align with your anatomical muscles to […]
- A question to ChatGPT about simulations in biology ()
is there a product about simulation of large biological entity Yes, there are several software products that can be used for simulating large biological entities, such as cells, tissues, and organs. These products typically use mathematical models and computational algorithms to simulate the behavior of biological systems, allowing researchers to study complex biological phenomena and […]
- https://www.futuremedicine.com/loi/pme ()
Personalized Medicine site with articles: https://www.futuremedicine.com/loi/pme
- How to rewind minds evolutions using artificial intelligence with DeepMind? ()
How to rewind minds evolutions using artificial intelligence with DeepMind? Is it possible or ?
- https://www.isomorphiclabs.com/ ()
New drugs medicaments discoveries. https://www.isomorphiclabs.com/
- Virginia Tech Launches ‘Next Generation’ Human Brain Imaging Lab ()
Summary: Virginia Tech researchers have received a grant to deploy a new brain imaging technology called optically pumped magnetometry which can assist with studying the nuances of social interactions. Source: Virginia Tech As you read this story, your brain’s cells are generating electrical currents that emit infinitesimally small magnetic fields. Now, Virginia Tech scientists can […]
- Randomness in biology ()
Thermal fluctuations in chemical reactions lead to many kinds of microscopic randomness in biological systems, sometimes amplified when organisms grow. For example, small-scale randomness in embryos can affect large-scale pigmentation patterns in adult organisms, as discussed on page 1013. Random changes in single DNA molecules can have global effects on the development of an organism. […]
- The number of diagnostics will explode with time ()
The number of diagnostics will explode with time, and so personalized medicine will become more accurate.
- Who Will Benefit From Precision Medicine? And who might be left behind? ()
One morning, as you’re getting out of bed, an intense pain grips your feet. Your toe joints are swollen again. It’s been happening for months now. You decide it’s time to get the problem checked out, so you pay a visit to your doctor, who tells you that you have rheumatoid arthritis. What happens next […]
- Technology, Personalized Medicine, And Autism ()
Imagine walking into your doctor’s office and being greeted not by people who invite you to wait, but by a scanner ready to gather information about your heart, kidney, lung and liver function. Scanning your body for a near-complete diagnostic work-up, the scanner forwards your results to a giant screen in the exam room where […]
- How personalized medicine is revolutionizing healthcare in Florida and beyond ()
The future of healthcare just landed in Florida. This is a story about the ingenuity of Israeli technology and a partnership with the premier active adult community on planet earth. The combination is turning the central Florida heartland into a world-class medical destination and adding energy to the local economy. People are living longer and […]
- An introduction about personalized medicine ()
Personalized medicine, also referred to as precision medicine, is a medical model that separates people into different groups—with medical decisions, practices, interventions and/or products being tailored to the individual patient based on their predicted response or risk of disease. https://en.wikipedia.org/wiki/Personalized_medicine