GTP Nano leverages CEA’s NanO’up R&D facility to validate an innovative manufacturing model and produce its first batches of drugs for precision therapies
The CDMO GTP Nano was founded in May 2018 to develop and manufacture clinical and small commercial batches of injectable nanovectorized drugs from its own production facility. The company brings agile, flexible development and manufacturing solutions to the pharmaceutical industry. The GTP Nano plant, now fully operational, can provide GMP batches and aseptic filling services for batches of up to 60 kg.
GTP Nano’s development and manufacturing solutions are backed by an R&D partnership with the CEA on drug nanovectorization, process development, and nanocharacterization technologies. GTP Nano is also teaming up with the new NanO’up R&D facility in Toulouse, which is staffed by CEA personnel and supported by CEA nanoformulation researchers in Grenoble. NanO’up offers a collaborative environment with the latest advances in academic research to fuel new innovations in medical technology. NanO’up can take lab-scale processes up to pre-production scale on equipment financed in part by the Occitanie Region.
Together, GTP Nano and the CEA have set the ambitious goal of covering the entire nanodrug value chain from lab to manufacturing plant to offer pharmaceutical companies full process development, GMP batch production, and aseptic fill and finish services.
GTP Nano’s high-performance production facility, developed in part with the support of NanO’up, will form a solid foundation for increased collaboration between GTP Nano and the CEA on high-potential new applications in oncology and vaccine therapy.
The CEA has been conducting R&D in biomaterials, bioprocesses and bioengineering for more than a decade. The institute invented a lipid nanoparticle (LNP) nanovectorization technology called Lipidots , protected by more than fifteen patents. Lipidots technology offers stealth, targeted, biocompatible drug delivery. The CEA develops milliliter-scale nanodrug manufacturing processes, and then scales them up to a liter before they are transferred to GTP Nano for scale-up to several liters (for GMP-compliant processes) for the manufacturing of clinical and commercial batches.