All changes for the tissue Anatomical System (3587)

Identifier Name Type Tissues Organism Gene Data Actions
DAA797 Alveoli's ability decreases Physiological alveolus Human
DAA940 B naive cells' susceptibility to apoptosis decreases Physiological memory B cell Human
DAA1058 Body fat increases Physiological whole body Human
DAA751 Body temperature circadian rhythm flattens Physiological whole body Human
DAA814 Abnormal labored breathing index Physiological respiratory system Human
DAA648 Bone mass decreases Physiological bone Human
DAA651 Bone porosity increases Physiological bone Human
DAA645 Bone remodeling decreases Physiological bone Human
DAA2591 Advanced glycation end products increases in aging human skeletal muscle Physiological muscle Human
DAA2051 Attenuated vasoconstriction response to cold Physiological skin Human
DAA1978 Age differences in classical conditioning of the eyelid response Physiological eyelid Human
DAA1217 Brain volume decrease Physiological brain Human
DAA2025 Basal oxygen uptake per kilogram of body water unchanged Physiological whole body Human
DAA895 Basement membranes of glomeruli and tubules thicken Physiological renal tubule, glomerulus Human
DAA908 Carbohydrate homeostasis deficits following glucose challenge Physiological endocrine system Human
DAA2023 Basal heat production decreases Physiological whole body Human
DAA979 Apoptotic pathway in response to stimuli disrupted Physiological neutrophil Human
DAA839 Atrophy of mucosal lining in small intestine Physiological small intestine Human
DAA808 Capacity of neuromusclar junctions to transmit impulses decreases Physiological respiratory system Human
DAA713 Cardiac index decreased Physiological heart Human
DAA801 Calcification of costal cartilage Physiological thorax, cartilage Human
DAA698 Albumin levels decrease Physiological plasma Human
DAA722 Accumulation of neuromelanin in dopaminergic nigral neurons Physiological substantia nigra Human
DAA801 Calcification of costal cartilage Physiological thorax, cartilage Human
DAA848 Calcium absorption in intestine decreases Physiological intestine Human