Vertex secured a Germany reimbursement agreement for CASGEVY and signed a WuXi Biologics pact for a preclinical autoimmune T-cell engager. The moves add to efforts to build revenue beyond cystic fibrosis.
Nature Communications findings showed NR2F6 deletion revived exhausted CAR-T cells and boosted activity against solid tumors. In murine models, modified cells drove tumor regression, prolonged survival and resistance to rechallenge.
The FDA has issued draft guidance creating a "Plausible Mechanism Framework" to accelerate approval of individualized therapies for ultra-rare diseases where traditional clinical trials are not feasible. The guidance focuses on gene editing and RNA-based treatments targeting specific genetic abnormalities.
Researchers discovered that adding three common amino acids to lipid nanoparticles dramatically improves mRNA and CRISPR gene editing delivery, boosting efficiency up to 20-fold and raising gene editing success rates from 25% to nearly 90%.
The FDA has established a "plausible mechanism pathway" to approve personalized genome editing and RNA-based therapies for rare and ultra-rare diseases without requiring large randomized controlled trials, streamlining access to individualized treatments.
Ocugen will host a conference call on March 4, 2026 at 8:30 a.m. ET to discuss fourth quarter and full year 2025 financial results and provide a business update, with a pre-market earnings announcement the same day.
The pharmaceutical industry is experiencing recovery driven by innovation in drug development, aggressive M&A activity, and expansion of drug development services. The sector faces both opportunities and headwinds including pipeline setbacks and regulatory pressures.
Three new market reports project significant expansion in pharmaceutical R&D outsourcing, the U.S. pharmaceutical market, and biotechnology services outsourcing, driven by innovation, aging populations, and cost efficiency needs through 2035.
The FDA has proposed a new "plausible mechanism" pathway to approve customized treatments for rare diseases after testing in only a handful of patients, aiming to remove barriers for gene editing and other bespoke therapies that don't fit traditional approval systems.
The FDA issued draft guidance establishing a plausible mechanism framework for approving individualized therapies targeting ultra-rare diseases when randomized controlled trials are not feasible due to small patient populations.
