
Fujifilm has accumulated innovations in the life sciences field.
As a result, we are now fully expanding our drug discovery CRO services by utilizing cutting-edge technologies such as iPS cells derived cell assays and AI-based drug design.
- Partners for Life -
Fujifilm contributes to the further development of the pharmaceutical industry by creating new value through our proprietary technologies.

- Technology for evaluating drug efficacy, ADME, and safety using human iPSC-derived cells
- AI technology that implements precise data analysis and proposes new possibilities
- Long time experience in research and development of therapeutics for infectious diseases and oncology
- Broad range of capabilities in antibodies, peptides, LNPs, exosomes, etc.
We support discovery research with a variety of cutting-edge technologies.

We offer various assay services utilizing human iPSC-derived cell products from FUJIFILM Cellular Dynamics, Inc., a global prominent provider of iPSC derived cells, and iPSC -derived intestinal epithelial cells (F-hiSIEC™) developed by Fujifilm.
We provide cardiotoxicity risk assessment services based on our experience and technology that have contributed to the prevalence of evaluation methods in a research consortium. Furthermore, we support our clients' drug discovery efforts by offering evaluation services that are more precise than standard hERG tests, achieved at high throughput.
We are also experts in neural disease and neuroinflammation model assays, intestinal permeability assay, and BBB permeability assays, complex cell culture system.
With our flexible proposals to meet customer needs, our tailor-made and research-accellerated services go beyond routine studies.
FUJIFILM offers extensive service solutions that are rooted in our pharmaceutical background.
For CNS drug discovery and development, we are harnessing the power of human iPSC-derived neuronal and glial cells, focusing on areas such as neurodegeneration and neuroinflammation. Our proprietary technologies for cell aging and neural co-culture are supported by our integrated pharma platforms and innovative AI solutions. This expertise enables us to offer standard and bespoke pharmacological assay services tailored specifically to your needs.
- Assay model establishment by co-culturing neural cells
- Running assays
- Mechanism analysis and target screening by gene expression network and pathway analysis
- Target validation by gene knockdown


- h-iPS derived Neuron cells
- (GABA, Gluta, Dopa, Motor)
- h-iPS derived Microglia
- h-iPS derived Astrocytes
- Additional iPSC models & custom
- 2D & 3D models in mono- to tri-culture
- Alzheimer’s disease
- Parkinson’s disease
- ALS
- Neuroinflammation in tri-culture models
- Oxidative stress-induced neuronal damage model
- Custom models
- High-content analysis
- qRT-PCR
- ECL-ELISA
- Electrophysiology
- Calcium oscillations etc.
- Gene regulation
- Gene network analysis & MOA
- Aβ phagocytosis assay
- Cytokine Release
- Localization assay
- Neurite length analysis
- Neurotoxicity induction etc.
- In vivo & in vitro ADMET evaluation
- Barrier function (BBB)
Please ask us about list of iPSC models and CNS services
- Over a decade of iPSC-based neural drug discovery within our integrated pharma platforms
- Pioneering solutions for innovative CNS Drug Discovery & Development
- Proprietary AI solutions for enhanced target discovery & validation

We provide drug2drugs®, a service for converting small molecules and peptides into active compounds by combining AAM descriptors (Amino-Acid Mapping), which simulate the interaction between compounds and proteins, with structure generation AI. drug2drugs® requires only structural information of the active compound and does not require information on the target protein. This is a new approach to the conversion of small molecules and peptides to other scaffold.

The COVID-19 pandemic has reaffirmed the importance of drug discovery against infectious diseases.
The overcoming of not only the pandemic but also AMR (AMR: Anti-Microbial Resistance) and other significant infectious diseases such as HIV/AIDS, tuberculosis, and malaria has become an extremely important public health issue.
We believe that our highly specialized bioassessment service, which utilizes pathogenic microorganisms and draws on Fujifilm Toyama Chemical's extensive experience in infectious disease research, can assist you in your drug discovery research aimed at solving public health issues.

We provide antibody discovery services using the DNA immunization method, in which DNA corresponding to the amino acid sequence of an antigen is injected and the antigen is expressed in the animal body for immunization. Compared to conventional methods that use proteins or peptides as antigens, this method has the potential to produce antibodies with higher affinity for multiple transmembrane proteins, which have been difficult to produce. Combined with our proprietary rabbit monoclonal antibody production technology using B-cell screening, we are able to obtain antibodies with “high functionality x high affinity”.

We provide discovery service for peptides, which are attracting attention for various applications including middle molecule drugs. mRNA display-based screening methods enable to obtain hit peptides that bind tightly to target proteins from large libraries of macrocyclic peptides containing non-natural amino acids. Additionally, we offer chemical synthesis of peptides and a variety of bioassays to facilitate customer's approach to peptide drug discovery.
We also offer a wide range of services in many other fields, such as drug efficacy evaluation and analysis services using F-PDO® (Patient-derived tumor organoids) for oncology studies, protein expression and production services utilizing E. coli, Brevibacillus, insect cells, baculovirus, and mammalian cells, and exosome isolation and analysis services.