All physiological changes (343)

Identifier Name Data Tissues Organism Actions
DAA2026 Mutations in mitochondrial DNA accumulate — heart, kidney, skeletal muscle, cerebral cortex, cerebellum Human
DAA1992 Muscle mass and strength loss — skeletal muscle Human
DAA643 Muscle fiber energy metabolism declines — skeletal muscle Human
DAA2592 Muscle characteristics change with aging — muscle Human
DAA642 Muscle atrophy (sarcopenia) — skeletal muscle Human
DAA831 Mouth becomes drier — salivary gland Human
DAA742 Motor function impairment evident in altered gait and balance — nervous system Human
DAA2058 Mosaic abnormalities increase — blood, oral cavity Human
DAA1181 Morning IGF1 decline 51.0% Decrease Hormone Level plasma Human
DAA1180 Morning concentrations of testosterone decline 80.0% Decrease Hormone Level plasma Human
DAA1218 Morning concentrations of oestradiol decline — plasma Human
DAA1221 Morning concentration of sex-hormone binding globulin declines — plasma Human
DAA1219 Morning concentration of oestrone (E1) declines — plasma Human
DAA2597 Mitochondrial DNA content in non-centenerians decreases with age — blood Human
DAA652 Mineralization of bone tissue increases — bone Human
DAA855 Migrating motor complex is prolonged — small intestine Human
DAA999 Microvascular alterations in arterioles, capillaries, and venules in dermis/hypodermis — dermis, subcutaneous Human
DAA2014 Microsatellite instability in hematopoietic stem cells and progenitor cells — hematopoietic stem cells Human
DAA681 Metabolic syndrome components associated with measures of arterial stiffness — artery Human
DAA923 Menopause and female fertility loss — female reproductive system, endocrine system Human
DAA780 Medial temporal activation during encoding and retrieval of memory is reduced — brain Human
DAA731 Mean diffusivity increases and water diffusion anisotropy decreases — corpus callosum, white matter Human
DAA909 Mean blood glucose level increases — plasma Human
DAA706 Maximum workload in response to exercise stress decreases — heart Human
DAA819 Maximum volume of air in lungs decreases — lung Human