Immetas Therapeutics Inc. and GC Biopharma Corp. have entered into a research collaboration to discover and develop novel mRNA therapeutics for the treatment of a broad range of autoimmune diseases. The collaboration combines Immetas’ proprietary platform for modulating innate immune pathways with GC Biopharma’s mRNA therapeutic and lipid nanoparticle (LNP) delivery platforms.
Messenger RNA, or mRNA, represents a relatively new class of therapeutics with the potential to prevent and treat a wide range of diseases. A well-known success story is of the mRNA vaccines that controlled the COVID-19 pandemic, which has fueled enthusiasm for the field. But biotechs are also developing mRNA candidates for several other infectious diseases, including malaria, tuberculosis and HIV, as well for cancer, autoimmune and allergic diseases. However, delivering nucleic acid therapeutics can be challenging, since mRNA cannot get into cells on its own.
Messenger RNA, or mRNA, represents a relatively new class of therapeutics with the potential to prevent and treat a wide range of diseases. A well-known success story is of the mRNA vaccines that controlled the COVID-19 pandemic, which has fueled enthusiasm for the field. But biotechs are also developing mRNA candidates for several other infectious diseases, including malaria, tuberculosis and HIV, as well for cancer, autoimmune and allergic diseases. However, delivering nucleic acid therapeutics can be challenging, since mRNA cannot get into cells on its own. “Nucleic acid therapeutics can be incredibly fragile,” Thomas Madden, CEO of Acuitas Therapeutics, told BioWorld. “When injected into the body without a delivery system, messenger RNA, for example, is rapidly destroyed.”
Launching with a $300 million series A financing, Renagade Therapeutics Inc. has set out to target disease on a large scale – at every point throughout the human body where disease forms – through its RNA platform designed to deliver, code, edit and insert genetic information. The round, led by founding investors MPM Bioimpact and F2 Ventures, is the largest venture capital (VC) round for a U.S.-based biopharma company this year, and it is among the top series A rounds for the industry to date.
Four years after its founding, Myeloid Therapeutics Inc. raised $73 million to advance mRNA immunotherapy technology that targets and activates myeloid cells. Proceeds from the financing will go toward MT-101, the company’s first autologous CAR monocyte, which is in a phase I/II trial for T-cell lymphoma. It also will accelerate development of MT-302, a potentially first-in-class TROP2-FcA mRNA lipid nanoparticle candidate, which is ready for a phase I/II study for TROP2-expressing solid tumors.
Orbital Therapeutics Inc. raised $270 million in a series A round to fund a big push into the next generation of mRNA-based therapies. The Cambridge, Mass.-based firm is building out a comprehensive RNA platform from which it will launch programs in oncology, autoimmune disease and indications involving protein replacement approaches.
Beigene Ltd. has formed a partnership with Innorna Co. Ltd. to jointly develop messenger RNA (mRNA)-based therapeutics. Shenzhen, China-based Innorna will get an undisclosed up-front payment and is also eligible to receive additional payments based on development, regulatory and commercial milestones, as well as tiered royalties. Beigene will maintain exclusive global rights to the mRNA candidates co-developed in the deal.
Beigene Ltd. has formed a partnership with Innorna Co. Ltd. to jointly develop messenger RNA (mRNA)-based therapeutics. Shenzhen, China-based Innorna will get an undisclosed up-front payment and is also eligible to receive additional payments based on development, regulatory and commercial milestones, as well as tiered royalties. Beigene will maintain exclusive global rights to the mRNA candidates co-developed in the deal.
Combining Sarepta Therapeutics Inc.’s gene editing technology and Genedit Inc.’s Nanogalaxy platform to treat neuromuscular disorders shows promising potential, the companies reported. A year into the research collaboration, Genedit’s polymer nanoparticles have demonstrated the ability to deliver therapeutic cargo to specific muscle tissue following system administration of targeted genetic medicines.
