Strain selection
Study candidate microalgae and identify species or strains suited to research objectives.
Enhydro Science · Biotechnology
Microalgae as platforms for bioactive innovation.
Research-driven exploration of microalgae for the development of proteins, peptides and functional biomolecules with potential applications across biotechnology, human nutrition and animal health.
Discuss scientific collaboration →Biological potential
From microalgal diversity to targeted applications.
Microalgae offer versatile biological systems for studying biosynthesis and investigating valuable classes of functional molecules.
Our research approach covers strain selection and characterization, growth conditions, processing strategies and analytical evaluation. Technology development and biological claims depend on program-specific evidence.
Research areas include selected microalgal genera such as Chlorella, Tetraselmis and Haematococcus. Images are illustrative.
Research workstreams
A modular R&D platform.
Cultivation and process development
Evaluate culture conditions, process reproducibility and downstream recovery considerations.
Bioactive-molecule characterization
Investigate proteins, peptides and other relevant compounds using appropriate analytical approaches.
Functional evaluation
Design laboratory and application-specific evaluation programs to test scientific hypotheses.
How we work
From discovery to collaborative development.
01 / EXPLOREScientific question
Define a candidate molecule, biological mechanism or application.
02 / VALIDATEEvidence generation
Identify appropriate analyses and reproducible experimental studies.
03 / TRANSLATEPartnership pathways
Evaluate feasibility and development opportunities with research and industry collaborators.
Research partnerships
Collaborate with Enhydro Science.
For research collaborations, applied feasibility studies and technology partnerships, contact our team.
Contact Enhydro Science →