D-Biotin
58-85-5
Product Name: D-Biotin
Appearance: White crystalline powder
CAS58-85-5
Molecular formula C10H16N2O3S
Molecular weight 244.3032
Appearance: White crystalline powder
CAS58-85-5
Molecular formula C10H16N2O3S
Molecular weight 244.3032
Product Name | D-Biotin | |||
Appearance | White powder | |||
Specification | 99% | |||
Test Method | HPLC | |||
Storage | Keep in a cool, dry, dark location in a tightly sealed container or cylinder. | |||
Shelf Time | 24 months | |||
D-Biotin, also known as vitamin H and coenzyme R, is a water-soluble vitamin that also belongs to the vitamin B group, B7. It is essential for the synthesis of vitamin C and indispensable for the normal metabolism of fats and proteins. It is a nutrient necessary for the maintenance of the body's natural growth, development and normal body function health.
D-Biotin is one of the B vitamins, also known as Vitamin H, Vitamin B7, Coenzyme R, etc. It was developed in the 1930s in the context of research into the role of Biotin in the production of vitamins. Biotin is a factor discovered in the liver in the 1930's during the study of yeast growth factor and growth and respiration promoting factor of rhizobium, which can prevent hair loss and skin damage induced by feeding raw egg protein to rats. Biotin is a member of the water-soluble vitamin B complex. It is found in high levels in liver, kidney, yeast, and cow's milk, and is important in the fixation of carbon dioxide by living organisms. It is easily combined with a protein in egg white. Consumption of large quantities of raw protein can impede the absorption of biotin leading to biotin deficiency, such as hair loss, weight loss, and dermatitis. Biotin plays an important role in biochemical reaction pathways such as fat synthesis and gluconeogenesis.
D-Biotin is one of the B vitamins, also known as Vitamin H, Vitamin B7, Coenzyme R, etc. It was developed in the 1930s in the context of research into the role of Biotin in the production of vitamins. Biotin is a factor discovered in the liver in the 1930's during the study of yeast growth factor and growth and respiration promoting factor of rhizobium, which can prevent hair loss and skin damage induced by feeding raw egg protein to rats. Biotin is a member of the water-soluble vitamin B complex. It is found in high levels in liver, kidney, yeast, and cow's milk, and is important in the fixation of carbon dioxide by living organisms. It is easily combined with a protein in egg white. Consumption of large quantities of raw protein can impede the absorption of biotin leading to biotin deficiency, such as hair loss, weight loss, and dermatitis. Biotin plays an important role in biochemical reaction pathways such as fat synthesis and gluconeogenesis.
Xi'an Huawave Biotech Co., Ltd. is a professional D-Biotin manufacturer and D-Biotin supplier . We are committed to providing customers with professional research and development, production and sales, as well as OEM and ODM processing services.
D-Biotin, also known as vitamin H or vitamin B7, is a water-soluble vitamin that plays an important role in the human body. It participates in the activity of various enzymes and has a significant impact on metabolism. Here are some of the main benefits of biotin:
1. Promoting skin health: D-Biotin is believed to help improve skin condition, although the evidence is mainly based on animal studies and individual reports, rather than large-scale human studies.
2. Strengthen hair and nails: D-Biotin supplements are often used to help enhance the strength of hair and nails and reduce their fragility. However, for those without biotin deficiency, the effectiveness of these supplements may be limited.
3. Supporting pregnant women's health: Increasing biotin intake during pregnancy may help support normal fetal development, especially in early pregnancy.
4. Metabolic function: D-Biotin is a cofactor for various enzymes in the body, and is crucial for the metabolism of fatty acids, glucose, and amino acids.
5. Neurological function: D-Biotin also plays a role in the normal functioning of the nervous system, as it participates in the synthesis of DNA and RNA as well as cellular signaling processes.
6. Maintain normal blood sugar levels: Studies have shown that biotin may play a role in maintaining normal blood sugar levels, although research in this area is still ongoing.
1. Promoting skin health: D-Biotin is believed to help improve skin condition, although the evidence is mainly based on animal studies and individual reports, rather than large-scale human studies.
2. Strengthen hair and nails: D-Biotin supplements are often used to help enhance the strength of hair and nails and reduce their fragility. However, for those without biotin deficiency, the effectiveness of these supplements may be limited.
3. Supporting pregnant women's health: Increasing biotin intake during pregnancy may help support normal fetal development, especially in early pregnancy.
4. Metabolic function: D-Biotin is a cofactor for various enzymes in the body, and is crucial for the metabolism of fatty acids, glucose, and amino acids.
5. Neurological function: D-Biotin also plays a role in the normal functioning of the nervous system, as it participates in the synthesis of DNA and RNA as well as cellular signaling processes.
6. Maintain normal blood sugar levels: Studies have shown that biotin may play a role in maintaining normal blood sugar levels, although research in this area is still ongoing.
1，Medicine & Health
*Nutritional supplementation: D-Biotin, a member of the B vitamin family, is often added to multivitamin supplements to help maintain normal metabolic function.
*Dermatologic treatment: Biotin supplements are sometimes used to treat certain types of skin conditions such as eczema and seborrheic dermatitis.
*Hair and Nail Health: D-Biotin is added to hair care products that claim to help promote healthy hair and nail growth, especially when dealing with weak or brittle nails.
*Pregnancy health: Women during pregnancy are sometimes supplemented with biotin to support normal fetal development.
2，Biotechnology and Scientific Research
*Labeling and Detection: The Biotin-Affinity System (BAS) is used as a labeling tool in biochemistry and molecular biology research for the detection and purification of proteins, nucleic acids and other biomolecules.
*Bioreaction Amplification System: The extremely high binding affinity between biotin and affinity/streptavidin allows for the amplification of bioreaction signals in experiments.
*Drug discovery: D-Biotin can also be used to label drug molecules for the study of drug distribution, metabolism and mechanism of action in the body.
3，Food Industry
*Feed additives: Biotin is also used as an additive to animal feeds to ensure that animals receive the necessary nutrients, especially poultry and pigs.
*Food fortification: In some cases, D-biotin can be added to foods to enhance their nutritional value.
4，Cosmetic Industry
*Skin care products: D-Biotin is added to skin care products with the aim of increasing blood circulation and thus improving the appearance of the skin.
*Hair Care Products: Shampoos and other hair care products may contain D-biotin, claiming to promote hair growth and improve hair texture.
Diagnostic reagents
*In Vitro Diagnostics: The high affinity binding properties of D-biotin and the affinity/streptavidin system have led to its widespread use in in vitro diagnostic kits such as enzyme-linked immunosorbent assays (ELISA).
*Nutritional supplementation: D-Biotin, a member of the B vitamin family, is often added to multivitamin supplements to help maintain normal metabolic function.
*Dermatologic treatment: Biotin supplements are sometimes used to treat certain types of skin conditions such as eczema and seborrheic dermatitis.
*Hair and Nail Health: D-Biotin is added to hair care products that claim to help promote healthy hair and nail growth, especially when dealing with weak or brittle nails.
*Pregnancy health: Women during pregnancy are sometimes supplemented with biotin to support normal fetal development.
2，Biotechnology and Scientific Research
*Labeling and Detection: The Biotin-Affinity System (BAS) is used as a labeling tool in biochemistry and molecular biology research for the detection and purification of proteins, nucleic acids and other biomolecules.
*Bioreaction Amplification System: The extremely high binding affinity between biotin and affinity/streptavidin allows for the amplification of bioreaction signals in experiments.
*Drug discovery: D-Biotin can also be used to label drug molecules for the study of drug distribution, metabolism and mechanism of action in the body.
3，Food Industry
*Feed additives: Biotin is also used as an additive to animal feeds to ensure that animals receive the necessary nutrients, especially poultry and pigs.
*Food fortification: In some cases, D-biotin can be added to foods to enhance their nutritional value.
4，Cosmetic Industry
*Skin care products: D-Biotin is added to skin care products with the aim of increasing blood circulation and thus improving the appearance of the skin.
*Hair Care Products: Shampoos and other hair care products may contain D-biotin, claiming to promote hair growth and improve hair texture.
Diagnostic reagents
*In Vitro Diagnostics: The high affinity binding properties of D-biotin and the affinity/streptavidin system have led to its widespread use in in vitro diagnostic kits such as enzyme-linked immunosorbent assays (ELISA).
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