Scientists map a tiny piece of human brain involved in memory, emotions and thinking
Singularity Hub - 13-May-2024Dataset may hold valuable insights to unlock neurological mysteries
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Dataset may hold valuable insights to unlock neurological mysteries
This powerful AI could transform how we approach disease research
Technology offers a glimpse into the future of personalised cancer care
Novel molecules enhance bone regeneration in mice by 50%, paving the way for treatments for bone fractures and related conditions
Female model allows health professionals have a better perspective on women's health
Virtual cancer tumours can be grown and we can design personalised nanoparticles to treat them
AI-powered software can be an alternative for expensive and extensive lab work
Virtual clinical trial can reduce the cost and time required while reducing risk
Benefit to explore how the cell map differs in people with mental illness
Transcriptomic aging clock: providing insight into the changes involved in aging
Computer models to predict disease prognosis, health care needs, and fight future pandemics
Molecular simulations have discovered an enzyme with anti ageing and anti tumour effects
It's a long way to go to having an effect in humans in vivo, but an interesting approach
Risk prediction and best therapy for a specific patient is a future possibility
Only represents a tiny amount of brain, but will eventually be more powerful than humans
Allows researchers to better understand tumour structure and examine it from any angle
International team completely revamped the structure of a popular simulation algorithm.
Virtual yeast cell model can learn from real-world behaviors.
This comprehensive map of human cells will revolutionise medicine
Multiscale computer model incorporates data from physics, chemistry and biology.
Atlas will be a comprehensive collection of reference maps of the human body.
Uses a 3D representation of every artery that is 1mm across or wider.
Visible Human Project photographed 5000 slices of a cadaver.
Converts MRI scans of a patient’s heart into a physical model within hours.
PK-Sim software predicts pharmacokinetic processes, such as the absorption, transport and metabolism of the active substance in whole-body ADME simulation. Database contains tens of thousands of existing substances, plus models of 15 organs.
Scientifically accurate, physics-based simulated heart will accelerate device testing and heart disease research.
Simulates multiple factors that interact with each other in complex diseases. Multiple markers of inflammation in trauma care patients’ blood samples enables model to predict hospital length of stay, multi-organ dysfunction and death rate.
Neurorobotics platform models simplified virtual mouse brain (200,000 neurons compared to 75 million) mapped to different parts of the mouse body, including the mouse’s spinal cord, whiskers, eyes and skin.
OpenWorm project has mapped and simulated all the connections between the c. elegans
University of Sheffield’s Insigneo Institute working on European Commission’s Virtual Physiological Human programme with ultimate aim to create a computer simulated replica of the human body (“in silico”). Individual patient’s data could be input into the
Able to determine how different exercises induce bone strain and strain rates. From a mechanical engineering point of view, humans are just like machines with complex geometry: instead of steel structures we have a skeletal system; instead of hydraulics w
Predicts adverse effects of 2 drugs used to treat abnormal heart rhythm.