Product Details
Himalayan Organics Biotin Gummies are made with vitamins that are necessary for the development of thick and strong hair. These Biotin gummies also contain vitamins A, C, and E, which are the micronutrients that support the follicles health and promotes hair development. It helps in metabolic functions by converting nutrients into rich sources of energy. Regularly ingesting biotin gummies can progressively increase your metabolism of protein, carbohydrates, and dietary fats and enhance your hair, skin, and nail health.
Key Ingredients:
Key Benefits:
Effects of Deficiency:
Lack of biotin may cause hair fall, brittle nails and dull skin.
Product Form:
Gummies.
Diet Type:
Vegetarian.
Directions for Use:
Take one gummy daily, preferably after meals or as directed by the healthcare professional.
Safety Information:
Key Ingredients:
- Vitamin A, C, D, E, B6, B12, B5
- Folic acid
- Biotin
- Iodine
- Zinc
- Choline
- Inositol
Key Benefits:
- Packed with biotin along with vitamins A, C, E, and Zinc, these superfoods are the ideal supplements for your hair
- Biotin is essential for the growth of thick and strong hair
- These biotin gummies contain a keratin-building nutrient providing thick, lustrous hair and a healthy hydrated scalp
- Gummies are easy to consume as compared to biotin tablets
- Biotin supports the production of fatty acids and cell growth, which can increase nail strength, nail growth, and the bulb size of your hair follicle helping hair to appear fuller
- Vitamin E helps repair skin damage caused by UV rays. Vitamin A provides natural antioxidants and vitamin C supports cell regeneration
Effects of Deficiency:
Lack of biotin may cause hair fall, brittle nails and dull skin.
Product Form:
Gummies.
Diet Type:
Vegetarian.
Directions for Use:
Take one gummy daily, preferably after meals or as directed by the healthcare professional.
Safety Information:
- Read the label carefully before use
- Keep out of reach of the children
- Do not exceed the recommended dose
- Store in a cool, dry place away from direct sunlight