2024-01-05
Adenosine is an important intermediate in the synthesis of important physiologically active substances such as ATP, adenine, adenylate, and vidarabine....
Check Details2024-01-02
In addition to its antioxidant effects, glutathione is considered an important ligand for intracellular iron ions....
Check Details2024-01-02
NAD+ is a coenzyme widely present in living organisms and participates in many biochemical reactions....
Check Details2023-12-29
NMN has been proven many times to have a protective effect on the liver....
Check Details2023-12-28
SAMe is an important physiologically active substance....
Check Details2023-12-19
In alcohol metabolism, glutathione mainly works through the following two pathways....
Check Details2023-12-26
Adenosine triphosphate is a coenzyme widely present in the body and is the main source of energy required by tissue cells in the body....
Check Details2023-12-25
NR may have some potential benefits, and human studies have been conducted to provide evidence that NR has benefits in various aspects of health....
Check Details2023-12-25
PQQ may promote collagen regeneration through the following aspects....
Check Details2023-12-22
NAD+ is an antioxidant substance and an indispensable nutrient element in human cells....
Check Details2023-12-22
Glutathione is an indispensable nutrient. Glutathione, like cysteine, contains critical sulfhydryl (thiol) groups, making it a potent antioxidant....
Check Details2023-12-21
NMN is the precursor of NAD+, and its function is reflected by converting it into NAD+ in the human body, thereby increasing the NAD+ level in the human body....
Check Details2023-12-21
Adenosine is a natural chemical found in all human cells and is also used as a medicine/supplement to control many symptoms and increase energy levels....
Check Details2023-12-20
S-adenosylmethionine (SAMe) is an endogenous molecule that is ubiquitous in the body and synthesized by cells....
Check Details2023-12-20
There are over 100 studies investigating nicotinamide riboside, many of which have linked increased NAD+ levels to metabolic and muscle health in mice....
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