Women today actively manage their health across multiple dimensions — mobility, strength, and skin vitality. While exercise, sleep, and nutrition serve as the foundation, innovative science-backed ingredients are stepping in to address women’s specific needs, particularly as they age. Three standout ingredients from BioIberica provide targeted benefits for joint, muscle, and skin health. Let’s explore the science and examine how these ingredients support the unique wellness journey of women.
Joint Comfort and Muscle Strength in One Ingredient: Mobilee®
Mobilee® is a patented hyaluronic acid (HA) matrix ingredient that contains over 60% HA, collagen, and polysaccharides. Unlike traditional fermentation-based HA, Mobilee® enhances the body’s natural HA production by 200-fold.
Joint Support Backed by Clinical Data
- In just two months, a yogurt fortified with 80 mg of Mobilee® significantly reduced joint discomfort.
- Mechanistically, Mobilee® helps reduce synovial effusion and prostaglandin E2, indicating anti-inflammatory activity. [i] [ii] [iii] [iv]
Muscle Strength and Function
Mobilee® has been shown to increase muscle strength[v], stimulate the number of muscle cells under low nutrient conditions, and counteract the inhibition of muscle cell production caused by IL-6 and starvation-derived myotube atrophy. (Muscle fibers generally form through the fusion of precursor myoblasts into multinucleated fibers called myotubes.)
Bottom Line: Whether staying active or reclaiming mobility, Mobilee® offers a dual-action approach to support joint lubrication and muscle performance.
Advanced Nutricosmetic for Radiant Skin: Dermial®
Dermial® is a patented, clinically substantiated ingredient rich in hyaluronic acid that nourishes and revitalizes the skin by promoting optimal hydration and elasticity. Dermial®:
- Boosts natural hyaluronic acid levels, deeply hydrating and plumping the skin.
- Enhances dermal elasticity, promoting firmer skin.
- Supports skin barrier integrity, reducing signs of aging and improving texture.
Why It Stands Out:
- Dermial® goes beyond typical HA products by activating collagen I & III and elastin production, and outperforming fermentation-based HA in bioactivity.
- Low Dose, High Impact: Just 60 mg daily delivers measurable skin appearance and structure results.
Specialized Support for Joint Health: Collavant n2®
Collavant n2® is a native (undenatured) type II collagen, specifically designed to support joint structure and function at a clinically effective low dose of 40 mg/day.
Unique Mechanism of Action
Unlike hydrolyzed collagen, Collavant n2® works through an immune-mediated mechanism, promoting oral tolerance and reducing joint inflammation.
Women-Centric Studies
- Collavant n2® improved pain, stiffness, range of motion, and mobility test results in women with knee osteoarthritis.
- Healthy individuals experiencing exercise-related joint discomfort showed enhanced recovery, knee function, and quality of life scores over 6 months (Barcelona study).
Synergistic Potential: Why Combine These Ingredients?
Women’s wellness doesn’t come in a one-size-fits-all solution. Combining Mobilee®, Dermial®, and Collavant n2® offers a 360° approach:
|
Ingredient |
Primary Benefit |
Target System | Daily Dose |
|
Mobilee® |
Joint lubrication + muscle support | Joint & Muscle |
80 mg |
|
Dermial® |
Hydration + wrinkle reduction | Skin and dermis |
60 mg |
|
Collavant n2® |
Joint structure and recovery | Joint health |
40 mg |
Together, they address key concerns in mobility, appearance, and functionality—especially critical for women 40+, active lifestyles, and those undergoing life-stage changes like menopause.
The fusion of cutting-edge science and naturally derived ingredients provides today’s women with powerful tools to remain mobile, strong, and radiant. With proven clinical efficacy and low-dose convenience, Mobilee®, Dermial®, and Collavant n2® are set to lead the next generation of women’s health products.
[i] Torrent, A. et al. Osteoarthritis and Cartilage, 2009;17:S278-279
[ii] Torrent, A. et al. Osteoarthritis and Cartilage, 2010;18:S246-247
[iii] Sanchez, J. et al. Genes Nutr, 2014;9:417
[iv] Martinez-Puig, D. et al. Mediterr J Nutr Metab, 2013;6:63-68
[v] Moriña D, et al. Ann Nutr Metab 63 (suppl. 1): 1386