BioGrammatics · Supplier
Engineered Pichia pastoris producing collagen with no animal involved.
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Receive a weekly email digest of the latest cosmetic biotechnology solutions added by the network.Updated Nov 2, 2026
Biotechnology in cosmetics covers making a cosmetic ingredient with an organism. On Halo, the solutions cover proteins and peptides made by fermentation, biopolymers as the material, fermented ingredients replacing a commodity, and microbiome and postbiotic actives. Sign up to search the full network and post your specific need.
BioGrammatics · Supplier
Engineered Pichia pastoris producing collagen with no animal involved.
Turgut Umur
Plant polypeptides for collagen support, also producible by fermentation.
Martin Challand
Zentraxa Ltd · Startup
Adhesion motifs taken from marine molluscs, elastin and silk, bound to keratin.
Austrian Centre of Industrial Biotechnology · University
A bacterial polymer with antioxidant and anti-inflammatory action built in.
Universidade NOVA de Lisboa · University
A bacterial polysaccharide giving UVA and UVB protection at low loading.
ZF
Arizona State University
Bacterial cellulose grown into a hydrocolloid lip patch, at industrial scale.
Gabriella Dweck
Biomanufactures high-oleic oils and fatty acid esters from non-food biomass, a renewable feedstock for personal care ingredients and surfactants.
Andrei Slipchenko
SMEY · Supplier
350 fermented oils in one searchable library, each one ready to scale.
Airobes, LLC · Startup
Captured CO2 fed to algae and microbes, in place of a petrochemical route.
Vicente Navarro Lopez
BIOITHAS · Startup
Precision probiotics working the gut-skin axis in two kinds of alopecia.

A cyanobacterial compound lowering complement proteins C4 and C5.
Jarrett Eshima
Airobes, LLC · Startup
A fusion protein architecture reaching 90% purity with no chromatography.
Cyternity Inc · Startup
Extremophile biology copied, so proteins and cells store dry at ambient.
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Universities, startups, and suppliers with solutions in cosmetic biotechnology.
Cosmetic biotechnology companiesCollagen and peptides are where most of the work on Halo sits, produced by engineered Pichia, S. cerevisiae or designed from scratch by a model. Beside them are bacterial biopolymers used as the material itself, and a set of fermented ingredients written against a specific commodity. On Halo it spans five groups, including proteins and peptides made by fermentation, biopolymers as the material, and fermented ingredients replacing a commodity.
Stage of development. Work on biotechnology in cosmetics on Halo comes mostly from companies. 44% of the solutions are in market. Co-development and licensing are the usual partnering routes, and about 40% of the solutions that state terms offer supply and purchase.
Animal-free collagen, four ways. Engineered Pichia pastoris expressing collagen and its supporting proteins, recombinant precursors paired with engineered proline hydroxylases, S. cerevisiae producing peptides at cost, and a plant-derived polypeptide that can also be fermented. Animal-free is the requirement; which organism carries it is the open question.
The organism makes the material, not just the active. Six entries grow the substance itself. A bacterial polysaccharide with UVA and UVB protection at low loading, another with antioxidant action built into the polymer, bacterial cellulose grown into a lip patch, and a PHA copolymer offered in place of silicone elastomer. The biology is not producing an ingredient to formulate; it is producing the formulation.
Manufacturability is the bottleneck. Four entries do nothing for skin at all. A fusion protein architecture reaching 90% purity with no chromatography step, extremophile-inspired stabilization so cells and proteins store dry at ambient, large lipid bodies as a carrier past liposomes, and a platform for finding and stabilizing bioactive RNA. Biology that cannot be purified or shipped never becomes a cosmetic.
Biotechnology in cosmetics covers making a cosmetic ingredient with an organism. It spans proteins and peptides produced by engineered yeast or designed computationally, biopolymers and biomaterials grown by bacteria, fermented ingredients offered in place of a commodity such as palm oil or a synthetic pigment, microbiome and postbiotic actives, and the purification and stabilization work that decides whether any of it can be manufactured.
Five examples of cosmetic biotechnology solutions on Halo include:
The most recently updated cosmetic biotechnology solutions on Halo include:
There are 681 organizations with cosmetic biotechnology solutions on Halo, 71 of them universities and research institutions. Among them are BioGrammatics, caykur, Zentraxa Ltd, and Austrian Centre of Industrial Biotechnology. Most offer co-development or licensing. Sign up to see every organization working in the area and to send them your specific need.
Browsing cosmetic biotechnology solutions on Halo is free. Sign up to search the full network and save the ones you want. Post your specific need to get exact matches. Organizations reply directly on the platform.
Over the past 12 months, R&D teams on Halo have posted these cosmetic biotechnology needs:
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