Gene therapy has finally become the “new normal” with serial breakthroughs unlocking “tremendous value” for patients and society, while at the same time the U.S. health care system is shaping up to enable access to these costly treatments, according to Tim Hunt, CEO of the Alliance for Regenerative Medicine.
Cell and gene therapy companies continue moving away from traditional treatment modalities into a future that’s often unclear. A panel of CEOs said at the Biotech Showcase in San Francisco that, instead of aiming for developing silver bullet therapies that knock out indications in a single blow, they tend to only be able to take incremental steps in development.
Two big pharma firms placed high offers on Dec. 26 to acquire companies focused on radiopharmaceuticals and cell therapies in what Evercore ISI analysts are calling a “good sign for the end of the year.”
Drug guidances are still pouring forth from the U.S. FDA as 2023 winds to an end. The latest batch deals with issues as varied as the reformulation of drug products that use carbomers manufactured with benzene, potency assurance for cellular and gene therapies, the quality of topical eye treatments, and the development of drugs and biologics for rare diseases.
Two big pharma firms placed high offers on Dec. 26 to acquire companies focused on radiopharmaceuticals and cell therapies in what Evercore ISI analysts are calling a “good sign for the end of the year.”
Japan-California startup Shinobi Therapeutics Inc. has emerged from stealth mode with a $51 million series A round to advance its first off-the-shelf induced pluripotent stem cell (iPS)-T cell therapy against glypigan-3 (GPC3)-positive cancers toward the clinic.
Japan-California startup Shinobi Therapeutics Inc. has emerged from stealth mode with a $51 million series A round to advance its first off-the-shelf induced pluripotent stem cell (iPS)-T cell therapy against glypigan-3 (GPC3)-positive cancers toward the clinic.
CAR T-cell therapies have worked well at curing blood malignancies, but a group out of the University Hospital of Erlangen have repurposed the technology as a treatment for autoimmune diseases. The expansion into new diseases has required cooperation between multiple departments, with CAR T experts taking the lead on treatment and potential side effects, and rheumatologists measuring the outcomes of the treatment.
With the number of high-priced cell and gene therapies expected to grow dramatically over the next decade, U.S. Sen. Bill Cassidy (R-La.) is asking for input from patients, doctors, manufacturers, payers and policy wonks on how to pay for the treatments and ensure patient access when they become more mainstream across the ultra-rare disease spectrum.
Researchers have developed a new approach for the development of improved CAR T cells with bifunctional degraders, which linked ubiquitin to an endogenous target protein. The key to the design was the use of multispecific protein degraders and E3 ligases, which increased the proliferation of CAR T cells and their antitumor potency. This combination can be adapted to different uses of cell therapies.
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