Research Keyword: 3D reconstruction

Synaptic degeneration in the prefrontal cortex of a rat AD model revealed by volume electron microscopy

Researchers used advanced microscopy techniques to examine brain tissue from rats with Alzheimer’s disease and compared it to healthy rats. They found that Alzheimer’s disease causes damage to connections between brain cells (synapses) in a brain region important for thinking and memory. Specifically, the connections were weaker and smaller, and many new spine-like structures formed but didn’t properly connect to other cells, suggesting the brain may be trying unsuccessfully to compensate for the disease.

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Micro-CT and deep learning: Modern techniques and applications in insect morphology and neuroscience

Modern scanning technology called micro-CT can create detailed 3D pictures of tiny insects and their brains without damaging them. Artificial intelligence using deep learning can automatically analyze these massive image files much faster than humans could. Scientists are combining these two technologies to map insect brains and sensory systems in unprecedented detail, potentially revealing how insects sense and process information from their environment.

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