Benefits
Hair fall reduction — 81% (dermatologist assessment)
In an open-label clinical trial, a multi-patented hair serum combining Saberry® (amla), Cococin™ (coconut water), PeptiSeLect® (selenium), sandalwood, and peanut shell extract produced an 81% reduction in hair fall (dermatologist assessment) and a 57% reduction in hair breakage. TrichoScan® confirmed significant improvements in hair density and growth rate.
Hair density improvement (TrichoScan®)
TrichoScan® is an instrument and software-based tool for quantitative hair growth assessment, providing objective data beyond self-reported outcomes. The hair serum documented noticeable improvement in hair growth rate and hair density alongside the dermatologist-assessed hair fall reduction. Objective measurement of hair density adds rigor to the clinical evidence.
Skin elasticity and tone improvement
In a placebo-controlled study in healthy females, a cream containing 1% coconut water solids (Cococin™) applied to one arm vs cream base on the other demonstrated effects on skin aging. Cococin can improve skin elasticity, skin tone, and decrease skin roughness while nurturing keratinous tissue.
Natural isotonic electrolytes for sports/hydration
Coconut water provides higher amounts of electrolytes — potassium and magnesium specifically — than conventional sports drinks. Functions as a natural rehydration medium for the body. Cococin's freeze-dried format enables shelf-stable sports drink applications with natural electrolyte support distinct from synthetic alternatives.
Prebiotic gut microflora support
Coconut water solids have a prebiotic role — beneficially influencing the balance of microflora in the gastrointestinal tract. The prebiotic mechanism complements the broader nutritional contribution. Distinguishes Cococin from typical rehydration ingredients that focus purely on electrolyte delivery without gut-health considerations.
Wound healing enhancement (preclinical)
In-vitro efficacy studies documented a significant and constant 25% enhancement in wound healing activity with Cococin. Growth factors (shikimic acid, quinic acid, indole-3-acetic acid, RNA components) preserved by the lyophilization process support cell growth and tissue regeneration. The mechanism applies to both topical wound applications and broader cell-growth support.
Growth factor preservation via lyophilization
Cococin's proprietary lyophilization process produces a stable amorphous solid with growth factors preserved in their biologically active form — shikimic acid, quinic acid, indole-3-acetic acid. The growth factor preservation distinguishes Cococin from spray-dried or heat-processed coconut water powders that may lose these heat-sensitive actives.
Multi-application formulation versatility
Cococin's water-soluble nature enables wide application scope: functional beverages, sports drinks, skincare (creams, serums), hair care, food fortification, and supplements. The versatility supports formulation flexibility across categories. Cococin WS variant specifically developed for high water solubility in beverage applications.
Mechanism of action
Growth factor signaling
Coconut water contains plant growth factors including indole-3-acetic acid (an auxin), shikimic acid, and quinic acid. These compounds have demonstrated cell growth and proliferation effects in tissue culture applications. The lyophilization process preserves these heat-sensitive growth factors — explaining Cococin's effects on hair follicles, skin, and wound healing.
Electrolyte rehydration mechanism
Coconut water naturally contains a balanced electrolyte profile — potassium, magnesium, sodium, calcium — supporting fluid and electrolyte rehydration. The composition is remarkably similar to plasma — historically used in some emergency contexts as a plasma substitute. Effective oral rehydration agent.
Skin barrier and elasticity support
Cococin's amino acids, vitamins, and minerals support skin barrier function, hydration, and elasticity when applied topically. Combined with growth factor effects on dermal fibroblasts and keratinocytes, supports the anti-aging applications. Non-irritating to skin — supports broad consumer skincare applications.
Prebiotic substrate for beneficial bacteria
Coconut water solids provide prebiotic substrates supporting growth of beneficial gut bacteria. The prebiotic effect complements the direct nutritional contribution and extends Cococin's applications beyond pure hydration. Healthy gut microflora supports systemic health beyond local gut effects.
Hair follicle nutrition (topical)
When applied topically, coconut water solids nourish the skin and hair, supporting healthy cell growth. Hair follicles are metabolically active and benefit from the amino acid, vitamin, mineral, and growth factor supplementation. The patented hair serum formulation combines Cococin with complementary ingredients (Saberry, selenium) for amplified effects.
Clinical trials
Open-label clinical trial evaluating efficacy and safety of Sabinsa's hair serum — multi-patented composition of amla extract (Saberry®), freeze-dried coconut water (Cococin™), selenium (PeptiSeLect®), sandalwood, and peanut shell extract — over 90 days in healthy adult subjects. Assessment via self-reporting, dermatology, and TrichoScan®.
42 healthy adult male and female subjects with hair thinning and loss concerns. 90-day intervention with topical hair serum.
Continuous application: 57% reduction in hair breakage and 81% reduction in hair fall (dermatologist assessment). TrichoScan® analysis revealed significant improvement in hair density and growth rate. Established the multi-patented hair serum (Cococin-containing) for hair health applications. Combined ingredients work synergistically vs individual component effects.
Double-blind placebo-controlled clinical study evaluating 1% Cococin cream vs cream base for skin aging parameters. 200 mg of cream applied daily for 8 weeks to marked arm areas. Sami Labs Research Report 2005.
22 healthy female subjects aged 20-35. 8-week intervention with intra-subject control design (one arm vs other arm).
Cococin demonstrated efficacy in reducing the appearance of skin aging vs cream base control. Effects on skin elasticity, skin tone, and skin roughness. Established Cococin for topical anti-aging applications. The intra-subject control design provides high methodological rigor — each subject serves as own control.
In vitro wound healing assay evaluating Cococin's effects on cell migration and proliferation in standardized wound healing models. Preclinical mechanism validation for Cococin's growth factor effects.
Not applicable — in vitro wound healing assay using cultured cells.
Significant and constant enhancement of 25% in wound healing activity with Cococin. Growth factors preserved by the lyophilization process (shikimic acid, quinic acid, indole-3-acetic acid, RNA) support the cell growth and tissue regeneration effects. Foundation for topical wound, anti-aging, and hair follicle applications.