Team & TechnologyPlatform
ATC connects strain development, fermentation, purification, material modification, formulation and safety practice into a coherent research and application path.
Material capability does not exist in isolation.It must be understood from preparation and processing through application verification.
ATC connects its internal technology platform with external research, formulation and regulatory experience, making the process capability and technical judgment behind each product easier to evaluate.
BCDynamic fermentation
BNCPrecision membrane fermentation
4Research and application partners
A traceable technology chain from strain to application.
The platform presents material origin, preparation, functional structure and entry into formulation testing as one connected development process.
BC dynamic fermentation
Produce microfibril bio-cellulose and connect fermentation with downstream purification, modification and product configuration.BNC precision membrane fermentation
Form continuous bio-cellulose membrane materials during cultivation and develop functional substrates for defined applications.Purification, modification and application testing
Translate material structure into product performance through dispersion, stability, formulation and end-use evaluation.Core specialists and technical advisors
The team combines experience in pharmacology, toxicology, cellulose science, formulation, regulatory communication and application measurement.
Pharmacology, toxicology and clinical research
Yun GePhD
Dr. Yun GeNatural Biotech · United StatesA U.S.-trained PhD in pharmacology and toxicology, formerly an FDA scientific reviewer and a scientist at the U.S. National Institutes of Health, with responsibility for clinical-research programs at multiple multinational companies.
Professional experience spans innovative-drug development, pharmacology and toxicology assessment, and international clinical research, including collaboration with institutions such as the University of Oxford and Johns Hopkins University.
Cellulose science and sustainable materials
Tetsuo KondoProfessor
Prof. Tetsuo KondoKT Innovation · JapanHolding doctorates in engineering and agriculture, he is a professor in the Laboratory of Environmental and Sustainable Materials Science at Tokyo University of Agriculture and Technology and President and CEO of KT Innovation.
His research spans fundamental cellulose science, control of material structure and the circular use of biomass materials, and he has long advanced the translation of cellulose-material technologies into industrial applications.
Advisory network
Inder Mohan Saxena
Cellulose biosynthesis and molecular mechanisms
Mark Broussard
Personal-care formulation and regulatory practice
Dalian Kexiang Technology
Transdermal delivery and application measurement
Connecting research, formulation and industrial experience
The collaboration network addresses practical development questions in cellulose science, personal-care formulation, market compliance, delivery measurement and material circularity.
Natural Biotech
Pharmacology, toxicology, clinical research and product-development support
Desert In Bloom
Personal-care formulation, U.S. application testing and regulatory communication
KT Innovation
Cellulose interfaces, ACC nanofibrillation and circular biomass materials
Dalian Kexiang Technology
Transdermal-delivery systems and application-measurement collaboration