Description
Technical Parameters
Adenosine
SPECIFICATIONS
|
Items |
Specifications |
|
Appearance |
White or almost white crystalline powder |
|
Loss on drying |
≤1.0% |
|
Residue on ignition |
≤0.1% |
|
Melting point |
233.0~238.0℃ |
|
Specific Rotation |
-68.0°~ -72.0° |
|
Heavy Metals |
≤10ppm |
|
Acidity or alkalinity |
USP 37 |
|
Limit of chloride |
≤0.007% |
|
Limit of Ammonia |
≤0.0004% |
|
Limit of sulfate |
≤0.02% |
|
Assay(HPLC) |
Conforms to the USP37 |
|
Assay (HCIO4) |
99.0~101.0% |
|
Adenine |
≤0.2% |
|
Total impurities |
≤0.5% |
|
Guanosine |
≤0.1% |
|
Uridine |
≤0.1% |
|
Inosine |
≤0.1% |
APPLICATION
1.API, also for production of ATP, Ara-A etc;
2.Used for addition in cosmetics,with functions of anti-wrinkling and anti-oxidation;
3.Used in semiconductors.
Storage:Room temprature, tightly closed, protected from humidity.
Package:1kg/bag,5kg/drum, 25kg/drum
Drum packing: 2 plastic PE bags innerside + paper drum outside

FAQ
Q: What is electronic grade adenosine?
A: By controlling the metal elements in the adenosine product, including Magnesium (Mg), Potassium (K), Sodium (Na), Iron (Fe), Zinc (Zn), Nickel (Ni), Calcium (Ca), Aluminum (Al), Cobalt (Co), Chromium (Cr), and Copper (Cu), the adenosine can achieve the electronic grade and be applied in semiconductors.
FAQ
Q: How does adenosine fight skin aging?
A: It relieves skin wrinkles by promoting collagen synthesis, enhancing fibroblast proliferation in the dermis, and improving skin firmness. During fibroblast aging, mitochondrial ATP production declines due to reactive oxygen species (ROS). This ATP deficiency leads to reduced collagen synthesis and consequently accelerates skin aging.
FAQ
Q: How does adenosine fight skin aging?
A: It relieves skin wrinkles by promoting collagen synthesis, enhancing fibroblast proliferation in the dermis, and improving skin firmness. During fibroblast aging, mitochondrial ATP production declines due to reactive oxygen species (ROS). This ATP deficiency leads to reduced collagen synthesis and consequently accelerates skin aging.
Q: Why does adenosine have anti-wrinkle effects?
A: Adenosine is a ribose is bonded structure to adenine, adenine is involved in the formation of DNA and RNA, and that the phosphate is attached to the three adenosine adenosine triphosphate (ATP). Aden osine has been generated by the energy metabolism by binding to adenosine receptors coupled in st ep extracellular (Adenosine Receptor) undergoing Adenyl Cyclase (AC) and Phospholipase (PLC) sig naling pathways through the body, the skin adenosine by signaling is involved in gene byeolhyeon rel ated health. In other words, adenosine is the basic back bone of human phosphate energy systems such as ADP and ATP. Numerous cellular respiration reactions, including mitochondrial energy pro duction depend on it, not just as an energy carrier, but a signaling molecule. Adenosine increases the production of dermal fibroblast proteins (elastin and collagen) reduc ing skin sagginess and improving tone. It also increases blood flow to the outer layers of skin improving damage repair and cell volume resulting in a fuller appearance.
FAQ
Q: How does adenosine fight skin aging?
A: It relieves skin wrinkles by promoting collagen synthesis, enhancing fibroblast proliferation in the dermis, and improving skin firmness. During fibroblast aging, mitochondrial ATP production declines due to reactive oxygen species (ROS). This ATP deficiency leads to reduced collagen synthesis and consequently accelerates skin aging.
Q: Why does adenosine have anti-wrinkle effects?
A: Adenosine is a ribose is bonded structure to adenine, adenine is involved in the formation of DNA and RNA, and that the phosphate is attached to the three adenosine adenosine triphosphate (ATP). Aden osine has been generated by the energy metabolism by binding to adenosine receptors coupled in st ep extracellular (Adenosine Receptor) undergoing Adenyl Cyclase (AC) and Phospholipase (PLC) sig naling pathways through the body, the skin adenosine by signaling is involved in gene byeolhyeon rel ated health. In other words, adenosine is the basic back bone of human phosphate energy systems such as ADP and ATP. Numerous cellular respiration reactions, including mitochondrial energy pro duction depend on it, not just as an energy carrier, but a signaling molecule. Adenosine increases the production of dermal fibroblast proteins (elastin and collagen) reduc ing skin sagginess and improving tone. It also increases blood flow to the outer layers of skin improving damage repair and cell volume resulting in a fuller appearance.
Q: What is the mechanism of hair care effects of adenosine?
A: Adenosine acts on dermal papilla cells of hair follicles, activates signaling pathways of related growth factors, promotes the prolongation of the anagen phase and shortens the telogen phase of hair follicles. Meanwhile, it improves scalp microcirculation and provides sufficient nutrients for hair follicles, thereby achieving hair care effects including anti-hair loss, hair strengthening and hair shaft thickening. Adenosine Highlights Natural endogenous ingredient, mild and safe Activates hair follicle growth factors Extremely low irritation, almost non-irritating Refreshing and non-greasy texture No obvious shedding phase Suitable for daily care, sensitive scalp, fine and soft hair Helps reduce hair loss and thicken hair High safety for long-term use Minoxidil Highlights Topical pharmaceutical ingredient Works by opening potassium channels and vasodilation Effective for androgenetic alopecia May cause dryness, itching, dandruff or hypertrichosis Possible temporary shedding in 2–6 weeks Slightly greasy, easy to flake Suitable for moderate to severe hair loss Must be used as instructed
FAQ
Q: How does adenosine fight skin aging?
A: It relieves skin wrinkles by promoting collagen synthesis, enhancing fibroblast proliferation in the dermis, and improving skin firmness. During fibroblast aging, mitochondrial ATP production declines due to reactive oxygen species (ROS). This ATP deficiency leads to reduced collagen synthesis and consequently accelerates skin aging.
Q: Why does adenosine have anti-wrinkle effects?
A: Adenosine is a ribose is bonded structure to adenine, adenine is involved in the formation of DNA and RNA, and that the phosphate is attached to the three adenosine adenosine triphosphate (ATP). Aden osine has been generated by the energy metabolism by binding to adenosine receptors coupled in st ep extracellular (Adenosine Receptor) undergoing Adenyl Cyclase (AC) and Phospholipase (PLC) sig naling pathways through the body, the skin adenosine by signaling is involved in gene byeolhyeon rel ated health. In other words, adenosine is the basic back bone of human phosphate energy systems such as ADP and ATP. Numerous cellular respiration reactions, including mitochondrial energy pro duction depend on it, not just as an energy carrier, but a signaling molecule. Adenosine increases the production of dermal fibroblast proteins (elastin and collagen) reduc ing skin sagginess and improving tone. It also increases blood flow to the outer layers of skin improving damage repair and cell volume resulting in a fuller appearance.
Q: What is the mechanism of hair care effects of adenosine?
A: Adenosine acts on dermal papilla cells of hair follicles, activates signaling pathways of related growth factors, promotes the prolongation of the anagen phase and shortens the telogen phase of hair follicles. Meanwhile, it improves scalp microcirculation and provides sufficient nutrients for hair follicles, thereby achieving hair care effects including anti-hair loss, hair strengthening and hair shaft thickening.
Adenosine Highlights
Natural endogenous ingredient, mild and safe
Activates hair follicle growth factors
Extremely low irritation, almost non-irritating
Refreshing and non-greasy texture
No obvious shedding phase
Suitable for daily care, sensitive scalp, fine and soft hair
Helps reduce hair loss and thicken hair
High safety for long-term use
Minoxidil Highlights
Topical pharmaceutical ingredient
Works by opening potassium channels and vasodilation
Effective for androgenetic alopecia
May cause dryness, itching, dandruff or hypertrichosis
Possible temporary shedding in 2–6 weeks
Slightly greasy, easy to flake S
uitable for moderate to severe hair loss
Must be used as instructed
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