Frequently Asked Questions
Q: What is MULTIPLE HUMAN CELL Stem Cell Technology?
A: KERACELLMD® introduces a revolutionary skin care line utilizing MULTIPLE HUMAN CELL Stem Cell Technology developed by two Ph.D biomedical scientists with expertise in stem cell research and cancer molecular biology. Our MHCsc factors are an optimized, proprietary blend of Adipose (derived) and Fibroblasts, boasting over 542 measurable, balanced Matrix Proteins, Peptides, Growth Factors, Cytokines, and a powerhouse of Antioxidants utilizing Exosome delivery. Our exclusive clinical strength formulas are based on years of research, formulation expertise, and technologically advanced ingredients that deliver unparalleled efficacy. Paraben. Fragrance. Cell. Cruelty. FREE
Q: Are the stem cells sourced from aborted babies or embryos? Where does the human stem cell extract come from?
A: KERACELL’s Multiple Human Cell Stem Cell Technology uses a cell free non-embryonic extract sourced from fibroblast conditioned media and mesenchymal conditioned
Q: Do your products contain harsh chemicals such as sulfates, parabens, phthalates, etc.?
A: KERACELL believes that less is more! Our products were formulated WITHOUT the use of sulfates, parabens, petrolatum, propylene glycol, sulfates, nanoparticles, phthalates, synthetic dyes, artificial colors, talc, gluten, animal derivatives, formaldehyde, formaldehyde donors, methylisothiazolinone (MIT), artificial fragrances, (DEA) Diethanolamine.
Q: Are these products safe for use during pregnancy/nursing?
A: While we have many customers, who have reported using KERACELL while nursing and or pregnant with no adverse effects, we always recommend consulting your physician before using any KERACELL products while pregnant or breast feeding.
Q: Will my skin care products go bad if left in the heat?
A: Heat and sunlight have a real, chemical effect on your beauty products, which may cause them not to function as well. Proteins become denatured at high temperatures, so it is not ideal for our formulas with growth factors, peptides and proteins to be left in the heat for prolonged periods of time.