All changes for the tissue nervous system (68)

Identifier Name Type Tissues Organism Gene Data Actions
DAA2596 Frequency of mitochondrial DNA deletions increases with age Physiological brain Human — —
DAA2595 Frequency of somatic mitochondrial mutations increases with age Physiological brain Human — —
DAA1941 Gait width increases Physiological nervous system Mouse — —
DAA732 Glial cell number Physiological cerebral cortex Human — —
DAA724 Global neuron loss Physiological cerebral cortex Human — —
DAA729 Gray matter volume decreases Physiological grey matter Human — —
DAA787 Increased bilateral anterior frontal activity in memory interference tests Physiological brain Human — —
DAA786 Increased rhinal cortex activity and functional connectivity in tests for verbal familiarity Physiological brain Human — —
DAA783 Increased sustained activity in tests of working memory Physiological brain Human — —
DAA784 Increased transient activity in non-spatial auditory working memory test Physiological brain Human — —
DAA1949 Intracellular glutathione content decreases Physiological brain Mouse — —
DAA1984 Layer-specific dendritic regression of pyramidal cells Physiological prefrontal cortex Human — —
DAA725 Leukoaraiosis Physiological white matter Human — —
DAA715 Lipid biosynthesis decreases Physiological central nervous system Human — —
DAA735 Localized increases and decreases in synaptic transmission Physiological brain Human — —
DAA731 Mean diffusivity increases and water diffusion anisotropy decreases Physiological corpus callosum, white matter Human — —
DAA731 Mean diffusivity increases and water diffusion anisotropy decreases Physiological corpus callosum, white matter Human — —
DAA780 Medial temporal activation during encoding and retrieval of memory is reduced Physiological brain Human — —
DAA1943 Motor coordination decreases Physiological musculoskeletal system, nervous system Mouse — —
DAA742 Motor function impairment evident in altered gait and balance Physiological nervous system Human — —
DAA2026 Mutations in mitochondrial DNA accumulate Physiological heart, kidney, skeletal muscle, cerebral cortex, cerebellum Human — —
DAA2026 Mutations in mitochondrial DNA accumulate Physiological heart, kidney, skeletal muscle, cerebral cortex, cerebellum Human — —
DAA2036 Neural stem cell pool declines Physiological hippocampus Mouse — —
DAA721 Neurofibrillary tangles and Lewy bodies in neurons Physiological brain Human — —
DAA1948 Neurogenesis is reduced Physiological brain Mouse — —