YOHOLIFE® LAB / TECHNICAL R&D
Research foundations for future biotechnology.
The technical R&D laboratory of YOHOLIFE®, exploring biotechnology and its translation into future industrial capability.
Synthetic biology · Plant biotechnology · Phytochemical processes · Biomimetic materials
CORE RESEARCH PLATFORM
PURELIX®
Synthetic biology platform.
PURELIX® explores biological routes to selected natural compounds. The platform connects pathway design, strain engineering and bioprocess research, examining how scientific ideas may develop into practical production approaches.
RESEARCH ACCESS
Our molecular research portfolio.
Researchers, investors and prospective academic or industry partners interested in our scientific direction are welcome to apply.
The research area offers a closer view of our molecular targets, their chemical characteristics and selected published evidence, as a starting point for exchange and collaboration.
Applications are reviewed by our team. Already have access? Log in.
COMPLEMENTARY RESEARCH DIRECTIONS
Other research platforms.
Three complementary platforms, connected by scientific exploration and the possibilities of translation.
GENORA® explores plant biotechnology and cultivated biological inputs. EXTRAX® investigates phytochemical processes and compound integrity. MATERA® examines biomimetic proteins and functional materials.
Together, these platforms broaden our scientific perspective, opening questions in biological resources, process engineering and materials performance.
Research into clonal propagation, chemotype consistency and controlled biomass systems for plant-derived inputs.
Investigating extraction pathways and low-temperature processing in relation to compound integrity and process reproducibility.
Studying bio-inspired protein design, functional materials and the relationship between synthesis conditions and material performance.
RESEARCH EXCHANGE
Discuss a research question.
We welcome scientific and technical enquiries relevant to our research directions. Share the question, current evidence and intended application to help define a useful starting point.