Cell therapy
In this episode of Denatured, you’ll hear from Jason Jones, head of global business development at Cellular Origins and Alexander Seyf, founder & CEO of Autolomous. They discuss how the push to scale cell and gene therapy manufacturing is accelerating interest in automation, digitization, robotics and deeper collaboration across the ecosystem.
Gilead Sciences has inked three deals this year so far totaling $14.77 billion, a marked escalation of the company’s usual M&A pace. Executives detailed the rationale for buying Arcellx, Ouro Medicine and Tubulis GmbH and whether they are interested in further deals.
As cell and gene therapy developers face rising pressure to produce therapies faster and at lower cost, the industry is leaning on robotics, digital systems and partnerships to bridge the gap between innovation and delivery.
Following last month’s $7.8 billion purchase of CAR T biotech Arcellx, Gilead’s dealmaking train chugs along with yet another acquisition—this time securing Ouro Medicines’ pipeline of T cell engagers for inflammatory diseases.
Oryon Cell Therapies’ lead cell therapy is an autologous treatment designed to replace dopaminergic neurons in patients with Parkinson’s disease. Phase 1b/2a data showed that the asset can improve motor function and mobility in patients.
Sana Biotechnology is looking to start clinical development for its type 1 diabetes therapy SC451 this year.
Dozens of biotechs reported earnings this week. BioSpace recaps key highlights from Capricor Therapeutics, Legend Biotech, Inovio and Allogene.
After the FDA’s first-ever public listening meeting on data-sharing in the cell and gene therapy space, new draft guidance aims to standardize the practice. But recent decisions call into question whether shared evidence and prior knowledge will accelerate development in rare diseases.
Analysts expect the market for manufacturing cell and gene therapies, worth less than $20 billion in 2024, to expand rapidly as approvals drive higher volumes of production.
Stylus Medicine, a member of BioSpace’s NextGen Class of 2026, launched in May 2025 to develop new, less complex genetic medicines. The company’s in vivo approach has attracted “intense” interest from Big Pharma.
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