Home 5 About

Experience Ricoh Biosciences

Ricoh Biosciences is located in the Science and Technology Park at Johns Hopkins in Baltimore, an ideal research environment that allows our scientists to conduct research at state-of-the-art facilities. Together we can transform how you model human biology.

Our Company

At Ricoh Biosciences, our team is driven by our commitment to affect positive change. Learn more about our company’s values in our mission and vision statement. Meet the executive leaders of Ricoh Biosciences.

Our Mission

Our dedication to quality, innovation, and collaboration drives the development of cutting-edge discoveries and therapies through the power of iPSC technology.

Vision

Supporting today’s scientific research for tomorrow’s medical cures.

Leadership Team

Keiki Sugimoto, Ph.D.

Keiki Sugimoto, Ph.D.

CEO

Keiki Sugimoto, Ph.D., is the Chief Executive Officer of Ricoh Biosciences and brings over 20 years of experience in the pharmaceutical and biotechnology industries. He began his career at Otsuka Pharmaceutical, spending a decade in research before moving into executive roles at innovative biotech firms. Dr. Sugimoto holds a Ph.D. in Medical Science from Nagoya University and a B.S. in Biochemistry from UCLA. He is passionate about advancing iPSC technology, drug discovery, and translational life sciences.

Soi Ka, MBA

Soi Ka, MBA

CFO

Soi Ka serves as the Chief Financial Officer of Ricoh Biosciences, overseeing finance, accounting, and back-office operations. He holds an MBA from Hitotsubashi Business School and a Master’s in Management Engineering from Tokyo Institute of Technology (now Science Tokyo). Prior to joining Ricoh Biosciences, Soi held leadership positions at Ricoh Company, Ltd., where he focused on M&A, new business incubation, and global procurement. He believes in aligning financial strategy with the evolving needs of customers to drive mutual growth and success.

Alexei Sharov, Ph.D.

Alexei Sharov, Ph.D.

VP, Bioinformatics

Alexei Sharov serves as the Vice President of Bioinformatics at Ricoh Biosciences, contributing to computational methods that drive cell differentiation research and assay development. He received an M.S. (1980) and Ph.D. (1988) in Entomology and Ecology from Moscow State University (MSU), where he also began his research career. He has held scientific positions at MSU, West Virginia University, Virginia Tech, the National Institute on Aging (NIH), and Ricoh Biosciences. With expertise in biology, bioinformatics, programming (C and Perl), and statistics, he has authored over 170 publications. His work includes developing methods to predict cell fate based on gene expression and analyzing transcription factor-induced changes in PSCs.

Tetsuya Tanaka, Ph.D.

Tetsuya Tanaka, Ph.D.

VP, Stem Cell Biology

As Vice President of Stem Cell Biology, Tetsuya Tanaka focuses on the development of differentiation, production, and assay protocols for iPSC-derived cells. He completed postdoctoral training at the NIH and the University of Toronto, where he gained expertise in microarray analysis and genetic engineering of pluripotent stem cells (PSCs). Previously, as Assistant Professor at the University of Illinois and Research Associate Professor at the University of Notre Dame, he led research showing how substrate stiffness affects PSC fate, how GSK3β drives tumor-like growth, and how nanopores can precisely electroporate single PSCs.

Christian James., Ph.D.

Christian James., Ph.D.

VP, Business Development & Strategy

Christian James is Vice President of Business Development and Corporate Strategy at Ricoh Biosciences. He brings over 20 years of experience across Big Pharma (GSK, Bayer) and Biotech (Evotec), with a career spanning discovery research and executive leadership. Dr. James earned his Ph.D. in Molecular Biology from the University of Surrey while leading discovery programs at GSK. At Ricoh Biosciences, he focuses on forging strategic partnerships and translating innovation into long-term growth and scientific impact.

Nadia Eckert, M.D., Ph.D.

Nadia Eckert, M.D., Ph.D.

Senior Director, Research & Development

As Senior Director of Research & Development at Ricoh Biosciences, Nadia Eckert leads the development of iPSC-derived cellular systems to advance research in neurodegenerative diseases. With over a decade of leadership experience in the pharmaceutical and biotech sectors, she has led global collaborations and guided preclinical pipelines through target identification, validation, and platform development. Dr. Eckert is passionate about drug discovery and is committed to managing her team with both scientific rigor and compassion.

Yasaman Anzabi, Ph.D.

Yasaman Anzabi, Ph.D.

Principal Scientist, R&D

Yasaman Anzabi is Principal Scientist of R&D at Ricoh Biosciences, where she leads assay development and cell model optimization for neurodegenerative disease research. With a focus on iPSC-derived neurons and Alzheimer’s disease, Dr. Anzabi develops and validates biomarker assays for target screening and drug discovery. She brings over five years of experience in iPSC research and is dedicated to translating complex datasets into actionable insights that advance therapeutic development.

Henry Hunter

Henry Hunter

Director, Business Development & Sales

As Director of Business Development at Ricoh Biosciences, Henry Hunter focuses on helping researchers harness the power of iPSC technologies to achieve their scientific goals. He holds a B.S. and M.S. in Cell and Molecular Biology from San Francisco State University, with additional training in Developmental Biology at the University of Washington. With over a decade of industry experience, Henry began as an SDR at Bio-Rad Laboratories covering genomics products and held multiple sales roles at Synthego Corporation focused on CRISPR/Cas technologies before joining Ricoh Biosciences in 2023.

Craig Svoboda

Craig Svoboda

Director, Intellectual Property

Craig Svoboda is the Director of Intellectual Property at Ricoh Biosciences. Craig brings a wealth of legal experience as a corporate patent attorney in the pharmaceutical industry. His prior experiences include patent prosecution, strategy and portfolio management on both branded and biosimilar biologics companies as well as small molecules. This provides Craig unique insights to not under create intellectual property (IP) aligned with corporate innovation – but to ensure the IP is meaningful and adds value to organization’s commercial goals.

Gigi McAllister

Gigi McAllister

Director, Business Operations

Gigi McAllister serves as the Director of Business Operations at Ricoh Biosciences, bringing over 20 years of leadership experience in logistics, domestic & international shipping, procurement, and human resources. In her role, she oversees critical operational functions that drive efficiency, strengthen organizational performance, and support the company’s long-term strategic objectives.

Ryan McDonnell

Ryan McDonnell

Director, Marketing

Ryan McDonnell is Director of Marketing at Ricoh Biosciences, where he leads brand strategy, content development, and lead generation to support iPSC-based drug discovery initiatives. Before joining Ricoh Biosciences, he spent five years at marketing agencies directing digital campaigns across a variety of industries. With a background in digital marketing and a passion for clear, science-driven communication, Ryan connects researchers with the tools and technologies that power breakthrough discoveries.

Interested in a position with us?

Our Commitment

We are working towards a future where our technology improves lives by enabling new therapeutic modalities and devices; faster, more affordable drug discovery and development. We strive to enhance human health and advance scientific research. Transform how you model human biology.

Ricoh Biosciences is passionate about supplying your lab with the necessary biomedical research tools to accelerate your research. Ricoh Biosciences’ human induced pluripotent stem cells (iPSCs) technology aims to provide accessible, high quality technology that can be used in any lab. We believe in harnessing the power of Human iPSC-derived technology to create endless opportunities for drug discovery, cell therapy, and regenerative medicine is necessary. Ricoh Biosciences’ proprietary transcription factor-based Quick-Tissueâ„¢ technology is an innovative tool that provides researchers with easy, rapid, and consistent differentiation of Human iPS and ES cells to various cell types. Transform how you model human biology, with us.

Favicion

Still browsing?
Check these pages for more information!

Contact Us

Have a question about our products, services, or custom projects? Our team is here to help—reach out and we’ll get back to you as soon as possible.

Subscribe

Sign up to our eNewsletter to stay up to date with the latest product launches, promotions, and receive expert tips.

By signing up you are agreeing to our Privacy Policy