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Pfizer's work with mRNA vaccines led it explore other applications of the technology, resulting in a multi-year partnership with the high-profile biotech Beam Therapeutics on gene editing treatments for rare diseases.
As record levels of money pour into gene therapy research, biotechs are under increased pressure to address issues related to safety, delivery and overlapping pipelines.
Data readouts for Pfizer's hemophilia gene therapies are now expected later than previously forecast, while the company also works through modifying a trial of its Duchenne treatment.
At least nine biotechs working in cell or gene therapy have announced layoffs, cost cuts or restructured their research since December — restructurings that have coincided with a stock market downturn.
Results published in The New England Journal of Medicine offer the first clinical evidence that CRISPR gene editing inside the body can be safe and effective, a culmination of years of scientific research.
Passage Bio and the University of Pennsylvania's Gene Therapy Program said they have begun preclinical research aimed at simultaneously developing multiple approaches to treating Huntington's.
Cyagen and Neurophth Therapeutics have entered a strategic partnership to jointly develop next-generation AAV gene therapy vectors for specific kinds of genetic ophthalmic ailments. Additionally, Neurophth will oversee the clinical trials and marketing of gene therapy products developed leveraging the new AAV capsids of Cyagen.
Sarepta and Pfizer are advancing their experimental treatments into late-stage trials, while others are accelerating research in what's become one of gene therapy's most active fields.
Katherine High and Jude Samulski, two well-known gene therapy researchers, were longtime collaborators and competitors. Now they're colleagues at one of the world's largest drugmakers.
The planned factory is a strong sign of Biogen's interest in gene therapy, an area of research it has invested in through dealmaking over the past few years.
Far along in testing for a hemophilia treatment, BioMarin is expanding its gene therapy research into diseases of the central nervous system and aims to use some of the institute's technology.
Graphite Bio and Sangamo are stopping work on their respective sickle cell gene therapies, while Intellia revealed partner Novartis ended development of its genetic treatment for the blood disease.
Scribe will receive $40 million upfront from Sanofi in a collaboration initially focused on developing an in vivo gene editing treatment for sickle cell disease.
Akouos focuses on developing adeno-associated viral gene therapies to treat inner ear conditions, including sensorineural hearing loss. It has combined expertise in otology, gene therapy and inner ear drug delivery to meet the requirements of individuals with disabling hearing loss globally.
Taysha Gene Therapies is narrowing its research efforts and cutting around 35% of its workforce, the latest in a series of layoffs announced by makers of genetic medicines.
Spun out of the lab of former UCSF researcher Nicole Paulk, the biotech is targeting brain and eye tumors with a new kind of treatment it has dubbed “immuno-gene therapy.”
The Swiss drugmaker's decision is the latest in a string of partnership announcements for the gene therapy maker, which aims to bounce back from past research failures.
The Foundation for the National Institutes of Health (FNIH) has announced its plans to prioritise eight rare diseases to provide industry standards for manufacturing, preclinical testing and product analytical testing for gene therapy development. This will include pairing up indications with manufacturers amongst the BGTC’s partners.
(Richard Jones/Science Photo Library/Getty Images) Scientists have discovered hundreds of genes that could potentially promote cancer, new research shows. Cancer is typically triggered by some kind of change to our genetic coding that interferes with a cell’s ability to manage its growth.
Family members with just a single copy of her version of a particular gene – what’s known as the Christchurch variant of apolipoprotein E (APOE) – seem to also be protected against genetically determined early-onset dementia, researchers […]
Safety issues in clinical trials cast doubt on the ability of gene therapy to safely mitigate disease, prompting further research into understanding the virus-host interaction that resulted in new generations of viral vectors.
How and When to Incorporate PK Design into Your Gene Therapy Development Plan. Gene therapy, which was in its infancy around 30 years ago, is now becoming a more prominent treatment method in many therapeutic areas, from personalized therapy to mass vaccinations against COVID-19. Gene Therapy Definition.
Ast ellas Pharma has announced plans to make a strategic investment to back the development of Taysha Gene Therapies’ adeno-associated virus (AAV) development programmes for Rett syndrome and giant axonal neuropathy (GAN). Cell & Gene Therapy coverage on Pharmaceutical Technology is supported by Cytiva.
A unique genetic mutation in two siblings – that has never been seen in anyone else – has been discovered by UK researchers at the University of Exeter, pointing the way towards new treatment options for type 1 diabetes. The mutation is in the gene for a protein called programmed death-ligand 1 (PD-L1), and a […]
The company is working with trial researchers to investigate further. Pfizer said the patient, a young boy who was treated earlier last year, had died suddenly.
Forge Biologics and global life sciences company Labcorp have announced a strategic adeno-associated virus (AAV) gene therapy development and manufacturing collaboration. This will improve accessibility to services for AAV-mediated gene therapy programmes.
Gene therapy company uniQure has entered into a global licensing agreement with Apic Bio for APB-102 to treat patients with amyotrophic lateral sclerosis (ALS) caused by mutations in superoxide dismutase 1 (SOD1). APB-102 is designed to be a one-time, intrathecally administered gene therapy for ALS patients.
The convergence of gene therapies and clinical research is pushing the boundaries of what’s possible in ophthalmic care, offering hope for more effective treatments and potential cures for a range of vision-threatening conditions.
The two institutions will work with drugmakers and non-profit groups on a wide-ranging initiative meant to make the complex treatments easier and less costly produce.
Age catches up with us all eventually, but in some people the right genes can make that chase into our twilight years a relatively leisurely one. A few years ago Italian researchers discovered something special about people who live well into their 90s and beyond: they commonly have a version of a gene called BPIFB4 […]
Gene therapy research is expensive. Biotechs invest millions of dollars in early research to develop therapies for conditions that might be rare. But when funds are limited and the market potential is dim, such programs are often abandoned by companies, leaving patients and investigators in a bind.
Sean Nolan and Joe Nolan, former leaders at the Zolgensma developer, are behind Jaguar Gene Therapy, which plans to research treatments for a rare metabolic disease as well as genetically linked autism and diabetes.
Apertura Gene Therapy, a new company formed by Deerfield, is hoping a suite of next-generation tools will help it stand out at a time when this area of research has fallen out of favor with some public investors.
In the last three years alone, there have been over 633,000 patents filed and granted in the pharmaceutical industry, according to GlobalData’s report on Immuno-oncology in Pharmaceuticals: Gene therapy delivery using viral vectors. Sanofi is one of the leading patent filers working with viral vectors.
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