-
South African election results renew debate over identity-based voting
-
Post-election pressures complicate US and Israeli decisions on Iran
-
South African voters report smoother local election but declining IEC trust
-
UN members approve talks on treaty protocol against environmental crime
-
Dolly Parton museum and Nashville hotel open after singer’s death
-
Family-run West Sussex beach café prepares for first winter season
-
George and Amal Clooney attend New York political-comedy reading
-
CT scans reveal health and burial clues from Egypt’s Braided Lady mummy
-
British buyers pay substantial premiums for period-home appearance
-
Oxford faces complaints over lecturer’s classroom attire
-
Thomas Markle released to house arrest after child-abuse-image charge
-
Kyren Wilson and John Higgins reach International Championship snooker final
-
Dawn of War 4 developers chose Adeptus Mechanicus for tactical variety
-
New Zealand and Tonga meet for place in Rugby League World Cup final
-
Italy face unbeaten South Africa in Turin Nations Championship match
-
Reports of unsafe AI-toy responses renew calls for child-safety rules
-
ChatGPT interactive interface feature tested across six custom tools
-
Juneau food network combines difficult supply routes with deep sharing traditions
-
Freshways milk-price cut deepens pressure on UK dairy farms
-
India climbs green-transition ranking after first emissions decline in 25 years
-
Labour and National remain virtually tied as New Zealand vote count advances
-
Trump names Stephen Miller as White House chief of staff after midterm losses
-
The Good Daughter adapts Karin Slaughter thriller with Rose Byrne and Meghann Fahy
-
Restored Albanian tower houses anchor new rural tourism trail
-
Heavy-lift drone evacuates wounded Ukrainian soldier from frontline kill zone
-
Sonia Gandhi reflects on family tragedy and reluctant political career
-
Morrison says West Brom recovered after pressure from successive derby losses
-
Pope Leo begins three-country South American tour in Uruguay
-
Britain considers 2027 state visit for Ukraine’s Zelensky
-
Khawaja says entire Australia camp knew of 2018 ball-tampering plan
-
Anna Miltina Confronted with Racism Allegations on ProSieben Show
-
November Foraging Guide: Edible Mushrooms and Critical Safety Protocols
-
German Auto Giants Face Existential Crisis as China Sales Plummet
-
Microsoft Updates Xbox PC App with 60% Faster Startup and Redesigned Interface
-
Cause of Death Revealed for 'Ellen' Producer Matthew Wright
Form Bio and Cure Rare Disease Partner to Accelerate Genetic Medicine Development, Advancing CRD's Duchenne Muscular Dystrophy Program
Partnership leverages AI-powered genome design to optimize AAV constructs, accelerate lead candidate selection, and improve drug substance manufacturability for rare and ultra-rare neuromuscular diseases
AUSTIN, TX AND WOODBRIDGE, CT, TX / ACCESS Newswire / October 6, 2025 / Form Bio, a leader in AI-powered genetic medicine development and genome engineering, today announced a strategic partnership with Cure Rare Disease (CRD), a nonprofit biotechnology company developing genetic therapies for the treatment of rare and ultra-rare neuromuscular and neurodegenerative diseases. Together, the organizations will accelerate programs to identify and optimize multiple lead indications, beginning with Duchenne muscular dystrophy (DMD).
Through this collaboration, Form Bio will conduct AI research using its proprietary in silico platform to support CRD in developing gene therapy drug candidates optimized for packaging, expression, safety, and manufacturability, critical factors in ensuring clinical success and cost reduction. The program is designed to streamline lead candidate selection, accelerating development timelines and advancing outcomes for patients with devastating neuromuscular diseases that currently lack treatment options.
CRD initially partnered with Form Bio to improve a DMD therapeutic candidate that was not yet optimized for manufacturing or reduced immunogenicity. Using long-read sequencing, genome integrity analysis, rational design, and AI/ML models, Form Bio identified packaging inefficiencies that could have inhibited clinical success. By modifying the promoter and optimizing the nuclease, Form Bio improved the percentage of AAV full genome from 13% to 59%, a 4.4-fold increase in therapeutic yield achieved within just one month.
"For patients and families facing rare neuromuscular and neurodegenerative diseases, time is critical," said Richard Horgan, Founder and CEO of Cure Rare Disease. "Form Bio's expertise and technology have already delivered a measurable improvement in our DMD program, advancing it to in vivo preclinical studies with significantly greater manufacturability and efficiency. This partnership represents a powerful example of how nonprofits and technology leaders can join forces to accelerate the development of life-changing therapies for overlooked populations."
"Our mission at Form Bio is to empower partners like Cure Rare Disease with our AI-driven insights that transform biology into engineered, programmable systems," said Michelle Chen, Ph.D., President and CEO of Form Bio. "By optimizing AAV vector design upfront, we can reduce time, cost, and risk across the entire gene therapy development pipeline. We are proud to enable CRD in bringing much-needed therapies closer to patients who currently have no options."
Form Bio's AI-augmented CDS optimization and smart vector genome design create measurable improvements that compound across every stage of development, from cell-based research to commercial manufacturing. By maximizing the proportion of capsids containing a full vector genome, Form Bio de-risks manufacturing for genome integrity, a critical quality attribute for regulatory approval, and supports the development of successful therapeutics. In addition, FORMsightAI technology simplifies genome complexity and enables balanced optimization for both expression and CpG reduction.
Together, Form Bio and CRD are demonstrating how advanced computational tools and patient-focused biotech innovation can accelerate breakthroughs, reduce costs, and bring safer, more effective therapies to patients with urgent unmet needs.
About Form Bio
Form Bio is a leader in developing AI-powered solutions for genetic medicine and genome engineering. Since spinning out from Colossal Biosciences in 2022, the company has become a trusted innovation partner to cell and gene therapy developers and beyond. Form Bio's advanced in silico technology and computational tools deliver deep insights into genome integrity, optimized payload design, and other critical factors-enabling safer, more efficacious, and more manufacturable therapeutics. By reducing risk, shortening timelines, and optimizing outcomes, Form Bio helps teams accelerate the path from discovery to the clinic. For more information, visit www.formbio.com or follow us on LinkedIn.
About Cure Rare Disease
Cure Rare Disease, a 501(c)(3) nonprofit biotechnology company based in Woodbridge, CT, is dedicated to developing life-saving genetic therapies for ultra-rare diseases, transforming the lives of patients previously deemed untreatable. By fostering strategic collaborations among top researchers, clinicians, policy experts, and donors, we bring hope and advanced solutions to those awaiting a cure.
Contact Information
Angela Anderson
Form Bio
[email protected]
Ahna Gavrelos
Cure Rare Disease
[email protected]
SOURCE: Form Bio
View the original press release on ACCESS Newswire
S.Gregor--AMWN