After surprising Wall Street by unanimously voting in favor of the gene therapy elivaldogene autotemcel (eli-cel) for early active cerebral adrenoleukodystrophy from Bluebird Bio Inc., the FDA’s Cellular, Tissue and Gene Therapies Advisory Committee met again June 10, this time to examine the risk-benefit profile of the company’s betibeglogene autotemcel (beti-cel) for people with transfusion-dependent beta-thalassemia.
The Cellular, Tissue and Gene Therapies Advisory Committee scrutinized Bluebird Bio Inc.’s gene therapy elivaldogene autotemcel (eli-cel) for early active cerebral adrenoleukodystrophy (CALD) in patients without a matched sibling donor.
Code Biotherapeutics Inc. has raised an upsized and oversubscribed series A financing to develop programs for treating rare and genetic diseases that include Duchenne muscular dystrophy and type 1 diabetes.
Wall Street took in stride mixed FDA briefing documents with regard to the upcoming adcom review of Bluebird Bio Inc.’s two gene therapy prospects, and shares of the company (NASDAQ:BLUE) closed at $3.61, up 63 cents, or 21%.
The recent online publication of findings from the University of Southern California ataxia working group called Enigma served to fuel more interest in the simmering drug development space of Friederichs’s ataxia (FRDA), where a handful of gene therapies and other approaches, plus one promising small-molecule treatment, are in the works.
Swanbio Therapeutics Inc. closed a $56 million series B round to take its lead gene therapy program, SBT-101, into clinical development later this year. The candidate, comprised of an adeno-associated virus type 9 vector encoding the ABCD1 peroxisomal ATP-binding cassette transporter, is in development for adrenomyeloneuropathy (AMN), an inherited disease that affects the central nervous system.
It was a patient-reported outcome, one that could actually be seen in the mirror, that alerted researchers they might be on track in their phase I/II study of cystinosis. The patient noticed that for the first time in his life his hair had become darker, like his brother’s. It was all because the rare disease inhibiting the pigment in his body was being impacted by the treatment. “It’s a secondary issue, but I find it fascinating,” Avrobio Inc.’s CEO, Geoff MacKay, told BioWorld. “When you run trials like this, you stumble upon some fascinating results.”
Kriya Therapeutics Inc. has raised a $270 million series C financing to further develop its pipeline of gene therapies for treating cancer, ophthalmological problems, and rare and chronic diseases. The Redwood City, Calif.-based company has greatly expanded its employee roster, from about seven people to around 160 people, since its $80 million series A in May 2020 and scaled its learning-enabled tech and cloud computing abilities. It also further solidified its technology, manufacturing, R&D, and therapeutics units, something it plans to continue with the series C money.
Although gene therapy is now “a clinical reality,” it still remains an early stage therapeutic modality. That’s the view of Caroline Man Xu, CEO and co-founder of Vigeneron GmbH, a German gene therapy company that has maintained a low profile while steadily staking out a promising position in gene therapies for inherited retinal disease.
For Kevin Friedman, the secret to making newly emergent Kelonia Therapeutics Inc. a success is reducing complexity and keeping everything as simple as possible. The Boston-based company just raised $50 million in series A funding to further its development of genetic medicines encompassing a range of diseases.
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