Engineering mechanically robust, fibrous human tissues through advanced bioprinting
At Klona Biotech, we are reimagining the future of tissue implants.
We develop advanced bioprinting technologies that replicate the fibrous architectures found in native human tissues, enabling strong, biocompatible structures for research and medical applications. Our approach bridges tissue engineering, robotics, and manufacturing to unlock mechanically reliable, patient-specific implants.
Our goal is to make advanced bioprinting technologies as common in hospitals as MRI machines. We envision a future where strong, safe, patient-specific fibrous tissues and implants can be produced on demand, with increasing complexity over time.
We are seeking to partner with research hospitals and clinical teams to accelerate real-world testing and navigate the regulatory landscape from day one.
Dylan Yeo
Co-Founder & CEO
Dylan began an MD-PhD track at the University of Oxford specialising in musculoskeletal tissue engineering, funded by the Kennedy Trust Ox-Ken Studentship, but left the program to focus full-time on Klona Biotech. He has NZ Scholarships in Biology, Physics, and History, and has leadership experience as a sergeant in Singapore's elite Intelligence Recon formation. He co-founded the Oxford Biohacking Society, helping it grow to its current 500+ members; is a Foresight Institute longevity grantee, and is part of the first UK cohort of Fifty Years' 5050 program.
Thomas Groom
Co-Founder & CTO
Thomas holds an MSc in Human and Biological Robotics from Imperial College London and has received Laidlaw and Arkwright Scholarships, as well as the IET Prize for academic excellence. He has hands-on experience in rapid prototyping and product development from his time at Rolls-Royce Motor Cars. Motivated to translate research into impact, Thomas stepped away from a PhD at Imperial to pursue Klona Biotech full-time.
Anne Behre
Founding Biomedical Engineer
Anne Behre, PhD, is a biomedical engineer with expertise in tissue engineering, extracellular matrix biomaterials, and advanced 3D bioprinting. She completed her PhD at Carnegie Mellon University (CMU) under Adam Feinberg and has led interdisciplinary collaborations across academia and industry. Anne is a recipient of an NSF Graduate Research Fellowship and the CMU Graduate Student Service Award. Anne earned her undergraduate degree in bioengineering at Lehigh University, where she was a Clare Boothe Luce research scholar and an Iacocca International Intern Research Scholar.
Kai Latham
Founding Mechanical Engineer
Kai is a recent graduate from the University of Massachusetts Amherst with a BSc in Biomedical Engineering. He has experience in prototyping and product development while working for Biom Technologies on air purification via moss. At Klona Biotech he is applying his interests in bioprinting to develop the mechanical aspects of our bioprinter platform.
Omri Elhanati
Founding Mechanical Engineer
Omri is a mechanical engineer with extensive experience in complex electro-mechanical systems and product development. Working for the leaders in industrial 3D printing, Omri contributed to the design and development of advanced, high-precision technological platforms, specializing in end-to-end mechanical design with a focus on robustness, performance, and efficiency. Omri has led cross-functional initiatives involving mechanical, chemistry, and software teams, delivering high-impact solutions in multidisciplinary environments.
Brishti Miller
Research Associate
Brishti is an aspiring molecular biologist and entrepreneur, and a recent graduate of Imperial College London with a BSc (Hons) in Biochemistry. Beside her academic achievements, she gained research and leadership experience at deep-tech start-ups. She also pursued her own entrepreneurial project through Imperial’s Faculty of Natural Sciences Make-A-Difference competition. Brishti is now applying her curiosity for cutting-edge biotech research at Klona Biotech as a research assistant, where she works primarily in tissue engineering.
Ian Miller
Mechanical Design Engineer
Ian is a biomedical engineer with experience in rapid prototyping and manufacturing systems. He is completing dual Bachelor’s degrees in Biomedical Engineering and Economics at the University of Massachusetts Amherst. He has worked in the medical device and 3D-printing industries and hopes to leverage these experiences to develop new bioprinting and biofabrication technologies.
Alex Goodenbour
Computational Software Engineer
Alex holds a MASt degree in Mathematics from the University of Cambridge and is completing a PhD in Mathematical Physics at the University of Oxford. His research focuses on geometric representations of scattering amplitudes in gauge theories and gravity as part of the Simons Collaboration on Celestial Holography. At Klona Biotech, he plays a key role in developing the slicing software that powers our bioprinter platform.
Ben Wright
Mechatronics Engineer
Ben is a multi-disciplined engineer with experience in controls design, software, and commissioning within the automation industry. Ben holds a Master's degree in Mechatronics and Robotics and specialises in integrating mechanical, electronic, and software systems to create reliable, long-term operational machines.
For partnership or general inquiries, email us at Partner@KlonaBiotech.com or fill out the form below