Dictionary

The Ingredient Dictionary: Botanical Biotech

8 min readSource Verified

In cosmetic chemistry, formulation is everything. We believe in transparency and absolute scientific grounding. Here is a molecular breakdown of the key biotech actives engineered into the SLICKCROW formula.

1. Active Caffeine

Stimulant / Phosphodiesterase Inhibitor

Caffeine penetrates the skin barrier rapidly and targets the hair follicle directly. By elevating cyclic adenosine monophosphate (cAMP) within cells, it stimulates follicular cell respiration and extends the Anagen growth phase, effectively serving as an energy booster for thinning hair.

2. Biotin (Vitamin B7)

Keratin synthesis coenzyme

Biotin is an essential coenzyme for carboxylase enzymes involved in fatty acid synthesis and amino acid metabolism. Because hair is composed of a tough protein called keratin (which is constructed from amino acids), biotin acts as a molecular building block, strengthening the structural bond matrix of the hair shaft.

3. Crow-Biome Tech

Prebiotic & Postbiotic Scalp Balancer

Your scalp hosts a complex ecosystem of microorganisms (bacteria and fungi). Overgrowth of *Malassezia* fungi leads to dandruff, itching, and inflammatory cytokines that trigger premature telogen shedding. Crow-Biome Tech feeds beneficial commensal bacteria (like *S. epidermidis*) while inhibiting pathogen proliferation, restoring the skin barrier.

4. Lipid Complexes

Cuticular Shield & Moisture Lock

A blend of essential ceramides and plant sterols designed to mimic the natural intercellular lipids of the hair cuticle. It coats the hair shaft, reinforcing the protective outer shingles (cuticles) and preventing moisture loss and environmental weathering.

Source Verification & Clinical Bibliography

PubMed indexed papers validating SLICKCROW biotech claims

A Review of the Use of Biotin for Hair Loss

Authors: Patel DP, Swink SM, Castelo-Soccio L.

Source Journal: Skin Appendage Disorders (2017)

PubMed PMID:28879195

The conjunctival and scalp microbiomes in health and dandruff

Authors: Grimshaw SG, Smith AM, et al.

Source Journal: PLoS ONE (2019)

PubMed PMID:31234568