DAA1954 |
Interleukin-15 levels decrease in plasma and muscle |
— |
plasma, muscle |
Mouse |
|
DAA909 |
Mean blood glucose level increases |
— |
plasma |
Human |
|
DAA916 |
Cortisol levels increased |
— |
plasma |
Human |
|
DAA917 |
Plasma and urinary catecholamine elevation after stimuli |
— |
plasma |
Human |
|
DAA699 |
Triglyceride levels increase |
— |
plasma |
Human |
|
DAA1214 |
Circadian prolactin flattened |
— |
plasma |
Human |
|
DAA1212 |
Circadian plasma melatonin flattened |
— |
plasma |
Human |
|
DAA1213 |
Circadian GH change |
— |
plasma |
Human |
|
DAA2022 |
Prolactin decreases in females |
— |
plasma |
Human |
|
DAA920 |
Prolactin increases in males |
— |
plasma |
Human |
|
DAA946 |
Thymic hormone levels decrease |
— |
plasma |
Human |
|
DAA1180 |
Morning concentrations of testosterone decline |
80.0% Decrease Hormone Level |
plasma |
Human |
|
DAA702 |
Ratio of oxidized to unoxidized plasma albumin increases |
— |
plasma |
Human |
|
DAA1215 |
Higher adrenocroticotropic hormone levels |
— |
plasma |
Human |
|
DAA2597 |
Mitochondrial DNA content in non-centenerians decreases with age |
— |
blood |
Human |
|
DAA2015 |
Regulation of the acid-base equilibrium of the blood unchanged |
— |
blood |
Human |
|
DAA700 |
Shift in reduced:oxidized glutathione ratio in favour of oxidized gluthione |
— |
blood, lymphocytes |
Mouse |
|
DAA2018 |
Blood volume per unit of body weight unchanged |
— |
blood |
Human |
|
DAA2058 |
Mosaic abnormalities increase |
— |
blood, oral cavity |
Human |
|
DAA1947 |
Vitamin C levels decrease |
— |
blood, T cell |
Mouse |
|
DAA968 |
Chronic inflammation increases |
— |
blood, immune system |
Human |
|
DAA2593 |
Glycosylation of immunoglobulin G molecules changes with age |
— |
blood |
Human |
|
DAA678 |
Capacity of mesenchymal stem cells to differentiate into osteoblasts may be decreased |
— |
mesenchymal stem cell |
Human |
|
DAA2013 |
Number and differentiation potential of adipose tissue-derived stem cells declines with age |
— |
mesenchymal stem cell |
Human |
|
DAA676 |
Proliferation rate of mesenchymal stem cells is reduced |
— |
mesenchymal stem cell |
Human |
|