All changes for the tissue nervous system (68)

Identifier Name Type Tissues Organism Gene Data Actions
DAA764 Depolarization of mitochondria Physiological brain Human — —
DAA717 Dendrite regression, reduction in dendrite length Physiological brain Human — —
DAA739 Degeneration of dopamine neurons and receptors Physiological brain Human — —
DAA740 Cortical plasticity decreases Physiological brain Human — —
DAA738 Cerebral spinal fluid amount increases Physiological brain Human — —
DAA741 Cerebral blood flow and glucose utilization are reduced Physiological brain Human — —
DAA765 Calcium binding capacity decreases in neurons Physiological brain Human — —
DAA1993 Brain volume decreases in a regional-specific way Physiological brain Human — —
DAA1217 Brain volume decrease Physiological brain Human — —
DAA728 Brain matter volume declines Physiological brain Human — —
DAA1996 Beta-amyloid protein deposition increases Physiological brain Human APP —
DAA2041 Altered brain mitochondrial metabolism Physiological brain Human — —
DAA723 Accumulation of extracellular neuritic plaques Physiological brain Human — —
DAA785 Reduced hippocampal activity and functional connectivity in tests for verbal familiarity Physiological brain Human — —
DAA1948 Neurogenesis is reduced Physiological brain Mouse — —
DAA724 Global neuron loss Physiological cerebral cortex Human — —
DAA732 Glial cell number Physiological cerebral cortex Human — —
DAA2026 Mutations in mitochondrial DNA accumulate Physiological heart, kidney, skeletal muscle, cerebral cortex, cerebellum Human — —
DAA718 Synaptic density slightly decreases at advanced ages Physiological frontal lobe Human — —
DAA1984 Layer-specific dendritic regression of pyramidal cells Physiological prefrontal cortex Human — —
DAA2036 Neural stem cell pool declines Physiological hippocampus Mouse — —
DAA743 Sensitivity of HPA axis is impaired Physiological pituitary gland, adrenal gland, hypothalamus Human — —
DAA722 Accumulation of neuromelanin in dopaminergic nigral neurons Physiological substantia nigra Human — —
DAA1981 Selective increase in oxidative damage and decrease in antioxidant function during aging in the substantia nigra Physiological substantia nigra Human — —
DAA2026 Mutations in mitochondrial DNA accumulate Physiological heart, kidney, skeletal muscle, cerebral cortex, cerebellum Human — —