All changes for the tissue central nervous system (627)

Identifier Name Type Tissues Organism Gene Data Actions
DAA2026 Mutations in mitochondrial DNA accumulate Physiological heart, kidney, skeletal muscle, cerebral cortex, cerebellum Human — —
DAA2041 Altered brain mitochondrial metabolism Physiological brain Human — —
DAA715 Lipid biosynthesis decreases Physiological central nervous system Human — —
DAA721 Neurofibrillary tangles and Lewy bodies in neurons Physiological brain Human — —
DAA731 Mean diffusivity increases and water diffusion anisotropy decreases Physiological corpus callosum, white matter Human — —
DAA732 Glial cell number Physiological cerebral cortex Human — —
DAA744 EEG alterations during auditory test Physiological brain Human — —
DAA724 Global neuron loss Physiological cerebral cortex Human — —
DAA764 Depolarization of mitochondria Physiological brain Human — —
DAA726 Demyelination Physiological white matter Human — —
DAA762 Down regulation of calcium clearance from nerve cells Physiological brain Human — —
DAA729 Gray matter volume decreases Physiological grey matter Human — —
DAA1996 Beta-amyloid protein deposition increases Physiological brain Human APP —
DAA728 Brain matter volume declines Physiological brain Human — —
DAA1217 Brain volume decrease Physiological brain Human — —
DAA1993 Brain volume decreases in a regional-specific way Physiological brain Human — —
DAA717 Dendrite regression, reduction in dendrite length Physiological brain Human — —
DAA765 Calcium binding capacity decreases in neurons Physiological brain Human — —
DAA722 Accumulation of neuromelanin in dopaminergic nigral neurons Physiological substantia nigra Human — —
DAA2596 Frequency of mitochondrial DNA deletions increases with age Physiological brain Human — —
DAA2595 Frequency of somatic mitochondrial mutations increases with age Physiological brain Human — —
DAA740 Cortical plasticity decreases Physiological brain Human — —
DAA727 Axon loss Physiological white matter Human — —
DAA738 Cerebral spinal fluid amount increases Physiological brain Human — —
DAA787 Increased bilateral anterior frontal activity in memory interference tests Physiological brain Human — —