All physiological changes (343)

Identifier Name Data Tissues Organism Actions
DAA1180 Morning concentrations of testosterone decline 80.0% Decrease Hormone Level plasma Homo sapiens
DAA1181 Morning IGF1 decline 51.0% Decrease Hormone Level plasma Homo sapiens
DAA1199 Serum klotho Increase Hormone Level plasma Homo sapiens
DAA1200 Inhibin levels decline Decrease Hormone Level plasma Homo sapiens
DAA1995 Decrease in collagen in the venous intima 42.0% Decrease Protein level venous intima Homo sapiens
DAA1994 Increase in collagen in the arterial intima 100.0% Increase Protein level arterial intima Homo sapiens
DAA1052 Cholesterol level - High (Male) SeriesIncidence plasma Homo sapiens
DAA1053 Cholesterol level - High (Female) SeriesIncidence plasma Homo sapiens
DAA804 Air flow resistance increases lung Homo sapiens
DAA2041 Altered brain mitochondrial metabolism brain Homo sapiens
DAA1978 Age differences in classical conditioning of the eyelid response eyelid Homo sapiens
DAA2054 Altered cardiovascular response during heating cardiovascular system Homo sapiens
DAA2031 Altered concentration of sodium, potassium and calcium lens Homo sapiens
DAA815 Alveolar duct size increases alveolus Homo sapiens
DAA723 Accumulation of extracellular neuritic plaques brain Homo sapiens
DAA2033 Alterations in structural proteins and cell membranes in the lenses lens Homo sapiens
DAA692 Arteriosclerosis artery Homo sapiens
DAA2035 Alterations in frequency, developmental potential and gene expression profile in hematopoietic stem cells hematopoietic stem cells Homo sapiens
DAA2591 Advanced glycation end products increases in aging human skeletal muscle muscle Homo sapiens
DAA845 Atrophy of all four layers of large intestine large intestine Homo sapiens
DAA1001 Atrophy of hypodermal layer subcutaneous Homo sapiens
DAA839 Atrophy of mucosal lining in small intestine small intestine Homo sapiens
DAA2051 Attenuated vasoconstriction response to cold skin Homo sapiens
DAA727 Axon loss white matter Homo sapiens
DAA679 Arterial rigidity gradually increases artery Homo sapiens