Alzheimer's Disease

3D render of multicolored, spiral proteins
| 3 min read
3D model of the human brain on a blue background
| 3 min read
a 3d illustration of a human brain done in blue outline with many blue dots within it and some areas circled in red around the perimeter of the brain, on a black background with blue lines connecting dots like constellations
| 3 min read
Illustration of a light blue outline of a human brain with a rainbow of data streaming through it on a darker blue background
| 3 min read
a 3d illustration of a human brain done in blue outline with many blue dots within it and some areas circled in red around the perimeter of the brain, on a black background with blue lines connecting dots like constellations
| 3 min read
Neural compass study at University of Birmingham
| 2 min read
Single-molecule orientation–localization microscopy captures fluorescence from Nile red molecules as they transiently bind to fibrils composed of engineered KFE8 peptides.
| 2 min read
3D render of ubiquitin attaching to target proteins
| 4 min read
This image shows the effect of protein-like polymers (red) in the brain cells of a mouse model. The nanoscale polymers are designed to alter the interaction between two proteins to combat oxidative stress in the cells.
| 3 min read
These images show microglia containing lipid droplets (white spots). Researchers at UC San Diego have revealed that in brains with Alzheimer’s and related diseases, neurons offload excess lipid droplets to microglia, which triggers further inflammation.
| 3 min read
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Turning Safety Principles Into Daily Practice

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