Nature Methods
A new ‘molecular lantern’ detects brain metastasis in mice
The tool provides information on the chemical composition of brain tissue when illuminated.
Making high-resolution imaging more accessible
A new expansion technique to image nanoscale structures inside cells.
New AI model can predict accuracy of protein–DNA binding
It promises to reduce the time required to develop new drugs and other medical treatments.
Microscopy technique for counting labeled proteins in living cells
The technique paves the way for improving understanding of cellular functions.
Quick neuron tracking of psychedelic effects
Researchers at University of California Davis have developed a fast, noninvasive tool called Ca2+-activated Split-TurboID (CaST) to track which neurons and biomolecules are activated...
Understanding the wiring of the human genome
Being able to understand which genes these mutations impact is really critical.
Controlling the activity of neurons using photons as neurotransmitters
Replacing chemical neurotransmitters with photons.
Producing eye tissue using stem cells and 3D bioprinting
Technique provides model for studying genesis of age-related macular degeneration and other eye diseases.
A small glowing protein allows peering into living tissues
Proteins that emit longer wavelengths of near-infrared light help create detailed, hi-res biomedical images.
Automating microscope control for imaging biological events
Intelligent microscopes for detecting rare biological events.
Bringing the microscopic details of the brain into sharper focus
A breakthrough in the imaging of mouse brains.
SAUCIE: An AI to find patterns among multitude of people and cells
A way to leverage artificial neural networks to reveal larger patterns of activity of individual cells that come from a multitude of individuals.