BioprintingMedical Additive Manufacturing

Poietis and Prometheus collaborate on 3D bioprinting for cost-effective skeletal regeneration

Poietis, a leading French bioprinting company and Prometheus, the Division of Skeletal Tissue Engineering at KU Leuven, entered into a 2-years Collaborative Research Agreement focused on high-precision 3D Bioprinting of tissue engineered Advanced Therapeutic Medicinal Products (ATMPs) for skeletal regeneration.

Prometheus focuses on the bench-to-bedside clinical translation of increasingly sophisticated, tissue-engineered, ATMPs to patients in areas of high-unmet medical need with a focus in skeletal regeneration. Poietis has a specific background, expertise and interest in the use of 3D bioprinting of single cell suspensions into large, patterned tissue structures; and especially the application of laser-assisted bioprinting of multicellular micro-aggregates embedded in “bioinks” for the formation of layered cellular structures.

”The field of bioprinting has been growing fast in the last 3 years. This collaboration materializes a turning point for Poietis, as it will expand our applications portfolio and advance our technology forward to respond to clinical challenges of tissue engineering”, said Dr. Fabien Guillemot, Poietis’ President and CSO.

The complementarity of both parties’ expertise is expected to be a key point to address the challenges of tissue and organ manufacturing and to translate tissue engineering research into accessible, affordable and reproducible tissue products. Based on previous successful common Proof-Of-Concept experiments the goal is to conduct pioneer pre-clinical work through a Collaborative Research Agreement on automated 3D bioprinting for skeletal ATMPs, with the aim to bringing designed living implants closer to the clinic.

In 2017, the global tissue engineering market was estimated to grow from $4.7 billion in 2014 to $11.5 billion in 2022, the largest part thereof in orthopedics, musculoskeletal and spine-related applications. Cost-effectiveness, however, is still a major bottleneck for successful commercialization of tissue engineered products.

“Regenerative Medicine holds great promise to provide effective therapies for non-healing large cartilage and bone defects, which remain unmet medical needs. When the environment is compromised, such as in long-standing non-union fractures, in the presence of other co-morbidities, such as diabetes and in the aging patient, the endogenous repair potential is insufficient and tissue engineering strategies need to be developed such as in vitro manufactured living provisional tissues. We envision combining Prometheus’ cell-based technologies together with the Poietis’ Bioprinting technology to treat these defects effectively”, stated Prof. Frank Luyten, Chairman of the Division of Rheumatology at the University Hospitals Leuven and Director of Prometheus, the Skeletal Engineering Division at the KU Leuven in Belgium.

Poietis is a biotechnology company specialized in the manufacturing of bioprinted living tissues. Since its creation in 2014, the company has been developing physiological models, particularly in partnerships with the main pharmaceutical and cosmetic groups. Poietis markets Poieskin, the first commercialized tissue produced by bioprinting. The bioprinting technology of Poietis, whose company holds the exclusive and worldwide license, is the result of innovative research conducted for ten years by Inserm and the University of Bordeaux.

“This is the right timing for us to enter into such a collaboration with a worldwide renowned Center in Tissue Development and Engineering as the Division led by Professor Luyten. The economic perspectives are tremendous for setting up a tissue manufacturing platform based on bioprinting and allowing the production of engineered implants/tissues for therapeutic uses”, said Bruno Brisson, Poietis co-founder and VP Business Development.

Prometheus at KU Leuven is a multi-disciplinary platform focusing on the bench-to-bedside clinical translation of fundamental research on stem cells and their mechanism(s) of action. The goal is to deliver a portfolio of increasingly sophisticated, tissue-engineered ATMPs to patients in areas of high-unmet medical need. These include the treatment of non-union (long bone) fractures, bone repair after prosthetic surgery, and osteochondral damage due to osteoarthritis. To achieve this goal, Prometheus is also dedicated to the concomitant development and up-scaling of automated, GLP and GMP compliant manufacturing processes and supporting technologies for producing functional tissue implants.  Currently, the Prometheus team consists of about 60 people , including PhD and post-doctoral students, senior academics, orthopaedic surgeons and a broad range of technical staff, coordinated by a central management team.

Davide Sher

Since 2002, I have built up extensive experience as a technology journalist, market analyst and consultant for the additive manufacturing industry. Born in Milan, Italy, I spent 12 years in the United States, where I received my Bachelor of Arts undergraduate degree. As a journalist covering the tech industry - especially the videogame industry - for over 10 years, I began covering the AM industry specifically in 2013, as blogger. In 2016 I co-founded London-based 3D Printing Business Media Ltd. (now 3dpbm) which operates in marketing, editorial, and market analysis & consultancy services for the additive manufacturing industry. 3dpbm publishes 3D Printing Business Directory, the largest global directory of companies related to 3DP, and leading news and insights websites 3D Printing Media Network and Replicatore. I am also a Senior Analyst for leading US-based firm SmarTech Analysis focusing on the additive manufacturing industry and relative vertical markets.

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