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297.
AI tool maps cell networks for better treatments
NicheCompass uses artificial intelligence to analyze millions of cells, helping doctors create personalized plans for diseases like cancer.
297.
AI predicts surgery risks better
New study uses smart language models to spot postoperative dangers from clinical notes, helping doctors save more patients.
297.
Open source AI helps doctors solve tough cases
Open-source AI now matches top closed-source models, aiding doctors with hard diagnoses while keeping patient data safe.
297.
AI helps design and build powerful new enzymes
Bioengineers and synthetic biologists have found a new way to design enzymes on a computer and predict how these enzymes will work.
297.
Holographic methods could revolutionize 3D printing
Holographic methods based on acoustic holograms could revolutionize 3D printing and its applications in many industries.
297.
The discoverers of microRNA win the Nobel Prize in Medicine
Ambros and Ruvkun discovered microRNA, tiny RNA molecules that play a crucial role in gene regulation
11.
How to "tattoo" gold nanopatterns onto live cells and tissues — biohacker alert
Attaching future nanoscale components (such as brain electrodes, antennas and circuits) to living tissue or organisms
297.
Personalized, blood-based, 3D-printed implants for regenerative medicine
A new 3D printable, biocooperative material made from a person's own blood can help the body heal from injuries or diseases.
297.
Soft polymer devices controlled by light wrap around neurons and cells
Researchers have developed soft light controlled devices that can wrap around and interact with individual cells within the body.
297.
First double lung transplant performed by robot
Doctors at have performed the world's first double lung transplant using the da Vinci Xi robotic surgery system.