All changes for the tissue cardiovascular system (51)

Identifier Name Type Tissues Organism Gene Data Actions
DAA2598 Renewal rate of cardiomyocytes decreases with age Physiological heart Human
DAA708 Response to beta-adrenergic stimulation decreased Physiological heart Human
DAA682 Systolic blood pressure increases Physiological cardiovascular system Human
DAA703 Wall increases in thickness Physiological left ventricle Human
DAA2054 Altered cardiovascular response during heating Physiological cardiovascular system Human
DAA680 Aortic pulse wave velocity increases Physiological aorta Human
DAA679 Arterial rigidity gradually increases Physiological artery Human
DAA692 Arteriosclerosis Physiological artery Human
DAA713 Cardiac index decreased Physiological heart Human
DAA695 Cell proliferation increases Physiological arterial intima Human
DAA704 Cellular hypertrophy in left ventricular wall Physiological left ventricle Human
DAA1995 Decrease in collagen in the venous intima Physiological venous intima Human 42.0% Decrease Protein level
DAA685 Diastolic blood pressure changes Physiological cardiovascular system Human
DAA1985 Diastolic dysfunction with aging Physiological cardiovascular system Human
DAA2021 Diminution in the resting cardiac output Physiological heart Human
DAA690 Elastic and smooth muscle layers increase in size Physiological arterial intima Human
DAA691 Elastic fibers become fragmented, redistributed, and thinned Physiological artery Human
DAA689 Endothelial cells more irregular in size and shape Physiological arterial intima Human
DAA710 Facets of heart physiology altered during exercise Physiological heart Human
DAA711 Heart physiology measurements unchanged Physiological heart Human
DAA712 Heart physiology parameters altered Physiological heart Human
DAA1994 Increase in collagen in the arterial intima Physiological arterial intima Human 100.0% Increase Protein level
DAA694 Intima undergoes diffuse thickening Physiological arterial intima Human
DAA705 Lipofuscin increases Physiological heart Human
DAA706 Maximum workload in response to exercise stress decreases Physiological heart Human