Decoding memories during day and night
Unraveling the role of protein synthesis in memory storage across the day and night in a mouse model - how researchers are gaining insights into sleep deprivation and its consequences.
Read More arrow_forwardStudying spatial learning and memory is important to develop treatment for Alzheimer's and other diseases influencing on orientation and navigation. One way to do it is with Cincinnati Water Maze.
Spatial learning and memory plays an important part in our everyday lives. Orientation in space, finding a path to our desired destination, and remembering where different objects or buildings are located, seems natural to most of us. Unfortunately, some diseases like Alzheimer’s, Cushing’s, or epilepsy make spatial orientation and navigation a lot more difficult. Research on spatial learning and understanding specific brain areas involved in spatial memory is therefore important in order to develop new treatments for these types of diseases.
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Unraveling the role of protein synthesis in memory storage across the day and night in a mouse model - how researchers are gaining insights into sleep deprivation and its consequences.
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Bacterial infections in the brain can have lasting effects even after recovery. In this blog we will look a study that used PhenoTyper and the CognitionWall to study the mechanisms behind this cognitive impairment.
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To improve standardisation and consistency in the novel object test, Spry et al designed the 'CapTouch' system: capacative objects that can automatically register interaction. But what about deep learning in EthoVision XT?
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