Subcellular map of complete brain network developed by scientists
An imaging technology that collects information on the shape and brain tissue function at the subcellular level, i.e
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An imaging technology that collects information on the shape and brain tissue function at the subcellular level, i.e
A new imaging technique captures information about the function and structure of brain tissue at the subcellular level.
Researchers at the Francis Crick Institute have developed an imaging technology that can collect information on the shape and function of brain tissue at the subcellular level - a few billionths of a metre - as well as information about the surrounding environment.
Researchers at the Francis Crick Institute have developed an imaging technique to capture information about the structure and function of brain tissue at subcellular level – a few billionth of a metre, while also capturing information about the surrounding environment.
Mammalian olfactory system is also crucial in processing space and surroundings, indicates study Researchers at the Francis Crick Institute and UCL (University College London) have found that mice can sense extremely fast and subtle changes in the structure of odors and use this to guide their behavior. The findings, published in Nature today (Wednesday), alter the current view on how odors are detected and processed in the mammalian brain. Odor plumes, like the steam off a hot cup of coffee, are complex and often turbulent structures, and can convey meaningful information about an animal's ...