TECHNOALGA EKOLOJİK ÇÖZÜMLER
Sun protection, rewritten by microalgae.
TAES develops MAA-based natural UV protectants photostable, biocompatible sunscreen actives derived from Antarctic microalgae, backed by a patent application.
Mycosporine-like amino acids
Nature’s own UV-absorbing molecules
THE ACTIVE
Nature has spent millions of years developing UV protection.
TAES brings this biological strategy to modern cosmetic science.
WHAT ARE MAAS
Microalgae’s built-in sunscreen.
Mycosporine-like amino acids (MAAs) are small, water-soluble compounds that microalgae and cyanobacteria produce to defend themselves against intense solar UV. They absorb radiation across the UVA–UVB range and dissipate it harmlessly as heat.
Because they are biological in origin, MAAs are photostable, biocompatible, and pair UV protection with antioxidant activity, a profile that synthetic filters struggle to match.
<400
Da small molecules that work across the UV spectrum
UVA + UVB
broad-spectrum absorption from UVA to UVB
100%
naturally derived, microalgae-sourced active
+AOX
antioxidant activity alongside UV defense
HOW IT WORKS
From a living cell's defense to a finished formulation.
01
Absorb
The MAA chromophore captures UV photons in the 310-362 nm band, intercepting radiation before it reaches the skin.
02
Dissipate
Captured energy is released as harmless heat, leaving the molecule intact, highly photostable, cycle after cycle.
03
Protect
The result is broad-spectrum defense plus antioxidant support, with no reactive by-products on the skin.
THE LANDSCAPE
The evolution of UV protection.
Three generations of UV filters, with biological actives opening a new direction.
1
Mineral UV filters
e.g. Zinc Oxide (ZnO), Titanium Dioxide (TiO₂)
●Reflect and scatter UV radiation
●High SPF performance
●Can leave a white cast on the skin
●Often combined with other UV filters to reach high SPF
2
Organic UV filters
e.g. Avobenzone, Octocrylene, Octisalate
●Absorb UV radiation
●Excellent photostability
●Broad formulation flexibility
●Several molecules restricted, banned, or under FDA safety review
3
Biological UV filters
Microalgae-derived Mycosporine-like Amino Acids (MAAs)
●Naturally evolved UV-protective molecules
●Broad UV absorption
●Antioxidant & photoprotective activity
●Biodegradable, sustainably produced
●Designed to complement next-generation sunscreen formulations
↳Today, mineral sunscreens are often boosted with organic (chemical) filters to reach a high SPF. TAES is developing biological boosting MAA-based actives that raise performance alongside minerals, without relying on synthetic UV filters.
WHY MAAS?
More than a molecule that absorbs UV.
MAAs are multifunctional they pair UV defense with skin-protective biology that single-purpose filters can’t offer.
UV absorption
Broad-spectrum absorption across the UVA–UVB range, from a single natural chromophore.
Antioxidant activity
Neutralizes free radicals generated by sun exposure, supporting skin defense.
ROS scavenging
Helps clear reactive oxygen species that drive photo-aging and cellular stress.
Photostability
Releases captured energy as heat and stays intact protection that doesn’t degrade in sunlight.
Cellular protection
Evolved inside living cells to shield them biocompatible by design.
Sustainable production
Sourced from microalgae and biodegradable renewable, traceable, reef-conscious.
SCIENTIFIC EVIDENCE
Evidence-based cosmetic actives.
MAA performance is grounded in measurable data from in-vitro SPF contribution to photostability under UV irradiation.
IN VITRO SPF
10-12
Contribution depending on species and extraction conditions.
GREEN EXTRACTION
100% Water
Contribution depending on species and extraction conditions.
IDENTIFIED MAAs
5
Shinorine, Porphyra-334, Palythine, Mycosporine-Glycine and Asterina-330
TAES ANTARCTIC COLLECTION
Inspired by Antarctic survival.
Antarctic microalgae experience some of the highest levels of natural UV exposure on Earth. As an adaptive response, many species synthesize mycosporine-like amino acids (MAAs), making these extremophiles a valuable source for discovering novel photoprotective compounds.
TAES investigates Antarctic microalgae isolated through long-term research programs to identify high-value MAA-producing strains for cosmetic applications.
Antarctica
Extreme UV conditions
Microalgae
Survival through natural defense
MAAs
Mycosporine like amio acids
Cosmetic Active
Advanced production for human
Novel Antarctic
Strain
Unique microalgae isolated from extreme polar environments.
Extreme UV
Adaptation
Naturally evolved defense mechanisms against intense UV radiation.
High Value
MAA Discovery
Rich source of MAA with photoprotective
potential.
Sustainable Biotechnology
Responsible research for next-generation cosmetic innovation.
APPLICATIONS
Where MAA actives go to work.
Sun Care
UV Protection
Daily Defense
Daily Skin Production
Repair
After UV Exposure
Healthy Aging
Photoaging Protection
Your Partnership Journey
COSMETICS PARTNERSHIPS
Formulate with a natural UV active.
We work with cosmetic brands and formulators looking to bring MAA-based UV protection to market. Reach out for technical data, samples, or a partnership discussion.
Technical Data
Access detailed datasheets, analytical reports and studies.
Lab Samples
Evaluate performance with high-quality lab samples.
Formulation Support
Collaborate with our team for guidance on formulation and application.
Scale-up & Production
Reliable supply with scalable, sustainable production.
Commercial Partnership
Access detailed datasheets, analytical reports and studies.
SCIENTIFIC PUBLICATIONS
Backed by peer-reviewed science.
Mycosporine-like amino acids in microalgae and cyanobacteria: Biosynthesis, diversity, and applications in biotechnology
Algal Research
2024
Ultraviolet-shielding bioplastic films from Antarctic Klebsormidium sp.
ASYA19: A sustainable approach to plastic alternatives
Bioresource Technology
2025
Psychrotolerant Coccomyxa subellipsoidea ASYA6 for sustainable UV protection: A novel green source of mycosporine-like
amino acids
Sustainable Chemistry and Pharmacy
2025
Physiology and chemistry integration under UV-B across green algal Klebsormidiumclades (Streptophyta) reveals constitutive and inducible MAA-associated photoprotective responses
Frontiers in Microbiology
2026
