At OrganoidPro, we make the best organoids possible!

Stem cell-derived organoids are revolutionizing biomedical sciences by serving as powerful tools for studying biology, advancing disease models, and accelerating therapeutic breakthroughs. However, to unlock their full potential, it requires addressing major challenges and resolving key technical bottlenecks commonly associated with organoid development and analysis.
Established in 2025 by a team of stem cell experts with collective experience of more than 70 years in relevant research, OrganoidPro is dedicated to advancing and delivering organoid technology through transformative innovations. We develop new methodologies and implement streamlined workflows to create reliable systems for exploring cellular and molecular complexities and addressing critical limitations in the production, analysis and quality control of organoids.
By integrating stem cell science, omics analyses, and machine learning, OrganoidPro is set to define and refine organoid technologies for building next-generation platforms that enable advancements in biomedical research and therapies. We also propel the widespread adoption and proficient integration of advanced organoid technology in the real world through forming partnerships with academic institutions, pharmaceutical innovators, and biotech leaders.
Our team

Yu-Chieh (Jack) Wang, Ph.D.
President, Technology and Innovation / Co-founder
With over two decades of research experience, Jack co-founds OrganoidPro to drive the advancement and practical application of human stem cells and organoid systems for contributing to the development of innovative therapeutics. Before establishing OrganoidPro, Jack served as the R&D Director for stem cell technologies and emerging platforms at Resilience US, where he led a team of scientists seeking to enhance processes and assays for the large-scale production of human induced pluripotent stem cells (hiPSCs) and their differentiated derivatives, ensuring its compatibility with both preclinical and clinical applications.
Besides his industry experience, Jack has held faculty positions and led research programs funded by government agencies and private organizations at academic institutions. His groups utilize state-of-the-art technologies, including hiPSCs, neural organoids, gene editing, and systems biology approaches, to make important discoveries for understanding rare genetic disorders and cancer. Jack also serves on the editorial board of the journal Scientific Reports.

Suzanne E. Peterson, Ph.D.
President, Sponsored Research / Co-founder
For over two decades, Suzanne has been at the forefront of research and innovation in pluripotent stem cell science. Her work spans a broad spectrum, from detailed characterization of mouse embryonic stem cells (mESCs) and human pluripotent stem cells (hPSCs) to exciting clinical applications, such as autologous hiPSC-derived dopamine neuron transplants for treating Parkinson's Disease.
Earlier in her career, Suzanne investigated genetic heterogeneities in normal hPSCs and developed a human embryonic stem cell-derived skeletal muscle platform for high-throughput drug discovery targeting spinal muscular atrophy, culminating in both a publication and a patent submission. Most recently, she leads a team of scientists and engineers specializing in the use of bovine ESCs to generate skeletal muscle and adipose tissue, paving the way for advancements in cultivated meat production.

Jeanne F. Loring, Ph.D.
Senior Scientific Advisor / Co-founder
Jeanne is a pioneering stem cell biologist with over 25 years of leadership in academic research and biotechnology. She is the founding Director of the Center for Regenerative Medicine at The Scripps Research Institute and founder of Aspen Neuroscience, a clinical-stage biotech company developing autologous iPSC-based therapies for Parkinson’s disease. As a trailblazer and visionary scientist, her distinguished career brings critical expertise, significant discoveries, and intellectual properties to the fields of genomics, iPSCs, and neurodegenerative diseases as well as drives the progression of regenerative medicine.
Jeanne has authored more than 250 scientific publications and holds multiple patents in stem cell technology and genomics. Being a recognized advocate for ethical and patient-centered approaches to science, she brings deep expertise in translational research, regulatory strategy, and innovation. Her extensive experience in scientific entrepreneurship and board service makes her a highly valuable asset to organizations shaping the future of biomedicine.

William (Odie) ODell
IT & Engineering Manager
Odie brings over 25 years of expertise in highly regulated industries such as medical devices, life sciences, defense, and aerospace manufacturing. With a deep understanding of complex systems, Odie ensures the seamless operation of equipment and infrastructure within the company.