All changes for the tissue Anatomical System (410)

Identifier Name Type Tissues Organism Gene Data Actions
DAA2048 Total body potassium declines Physiological whole body Human
DAA945 Thymus involution Physiological thymus Human
DAA946 Thymic hormone levels decrease Physiological plasma Human
DAA862 Threshold sensational level for rectal filling increase Physiological rectum, anus Human
DAA862 Threshold sensational level for rectal filling increase Physiological rectum, anus Human
DAA644 Tendons' ability to elongate decreases Physiological tendon Human
DAA2599 Telomere shortening Physiological adipose tissue, skeletal muscle, skin, leukocyte Human
DAA2599 Telomere shortening Physiological adipose tissue, skeletal muscle, skin, leukocyte Human
DAA2599 Telomere shortening Physiological adipose tissue, skeletal muscle, skin, leukocyte Human
DAA2599 Telomere shortening Physiological adipose tissue, skeletal muscle, skin, leukocyte Human
DAA964 T-cell diversity declines Physiological T cell Human
DAA682 Systolic blood pressure increases Physiological cardiovascular system Human
DAA656 Synovial fluid alterations Physiological synovium Human
DAA718 Synaptic density slightly decreases at advanced ages Physiological frontal lobe Human
DAA2053 Sweating capacity decreases Physiological sweat gland Human
DAA2032 The ratio of free to bound water increases Physiological lens Human
DAA984 Spontaneous production of superoxide decreased Physiological neutrophil Human
DAA931 Sperm motility and concentration Physiological male reproductive system Human
DAA919 Somatostatin basal levels increase Physiological plasma Human SST
DAA898 Sodium conservation decreased Physiological renal tubule Human
DAA827 Slowing down of peristaltic motion in alimentary canal Physiological alimentary system Human
DAA994 Skin thinning Physiological epidermis, dermis Human
DAA994 Skin thinning Physiological epidermis, dermis Human
DAA2001 SIRT1 activity negatively correlated with age in males Physiological skin Human SIRT1
DAA928 Sex hormone binding globulin levels increase Physiological plasma Human