LiKe-C

"LiKe-C" is a beauty and wellness product launched by FAMOUS BIOPHARMA CO., LTD., featuring natural silicon (silica) as its main ingredient. It aims to promote skin regeneration, enhance elasticity and firmness, and improve issues such as dryness and roughness. The product emphasizes oral supplementation to provide the skin with essential nutrients for anti-aging and beauty effects.

• Natural Silicon: Silicon is an essential trace mineral for the human body. It helps stabilize collagen, thereby improving skin elasticity and radiance.

Silicon in the human body,

It will gradually disappear with age.

• Promotes Skin Regeneration: Contains ingredients that encourage skin renewal, relieve dryness and itchiness, and prevent wrinkle formation.

• Firming and Elasticity: Supports collagen synthesis to improve skin firmness and create a hydrated, beautiful complexion.

• Comprehensive Health Benefits: Beyond beauty, silicon also helps prevent hair loss, strengthens hair, reduces nail brittleness, combats osteoporosis, and boosts immunity.

Silicon contributes to hair growth, improves hair condition, strengthens hair texture, and helps reduce hair fragility. Hair follicles are among the most metabolically active parts of the human body and require sufficient nutrients to maintain their continuous life cycle. Many cases of hair loss are often caused by deficiencies in trace nutrients such as silicon. Therefore, supplementing with silicon can help maintain follicle health, promote hair growth, and reduce hair loss.

In a 150-day (T5) study, 51 healthy participants were randomly divided into three groups: a control group, a silicon powder supplement group (M-OSA, 10 mg Si/day), and a liquid silicon supplement group (MMST, 10 mg Si/day). According to the statistical results (as shown in Figure 3), the participants in the silicon-supplemented groups reported a high level of satisfaction with improvements in hair quality after the experiment. Other research also indicates that oral silicon supplementation benefits hair morphology and tensile strength.