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Casgevy, the commercial product formerly known as exa-cel, is administered by taking stem cells out of a patient’s bone marrow and editing a gene in the cells in a laboratory, with the modified cells then infused back into the patient after conditioning treatment to prepare the bone marrow.
Adrian Hernandez In this Friday’s PCT Grand Rounds, Adrian Hernandez of Duke University will present “Precision Health to Population Health: Opportunities and Challenges for GeneEditing Therapies.” ” The Grand Rounds session will be held on Friday, August 2, 2024, at 1:00 pm eastern. Join the online meeting.
We are witnessing a revolution in healthcare, driven by advances in genetics, Omics, RNA and CRISPR gene-editing technology, to deliver precision and personalised medicine, said Kiran Mazumdar-Shaw, executive chairperson, Biocon and Biocon Biologics. Biology is opening up new frontiers in medicine.
Global Genes is a rare disease umbrella organization dedicated to eliminating the burdens and challenges of rare diseases for patients and families globally. There were many impactful insights shared from the several sessions and amazing conversations at the #WeekInRare, but the top themes I took away are: 1.
Vittoria Biotherapeutics is a clinical-stage cell therapy company that incorporates the latest advancements in cell therapy and geneediting with a unique approach that potentially overcomes some of the issues with this therapeutic modality. Its therapeutic pipeline targets unmet needs in oncology and autoimmune disease.
In a recent episode of WCG Talks Trials, WCG experts explored topics like the importance of community engagement, the latest developments in gene and cell therapies, and the challenges of clinicalresearch in rare and chronic diseases like sickle cell disease and melanoma.
At the time this change was implemented, methods used to deliver rsNA to cells or research participants typically involved the use of viral vectors that were subject to the NIH Guidelines. If implemented, these changes would broaden the definition of HGT to include new geneediting and genome-modified products.
Their work is driven by a profound understanding of disease biology and supported by advanced discovery platforms such as genetics and genomics, geneediting, bioinformatics, proteomics, bioengineering, image analysis, biobanks, disease-specific stem cell lines, and various animal models.
The Bespoke Gene Therapy Consortium (BGTC) 2 aims to overcome major obstacles and streamline the development process for small-batch gene therapies. The BGTC will act as a traffic light for these therapies, providing information on basic and clinicalresearch, manufacturing, production, and regulatory requirements.
There have been significant advancements in new rare disease drugs, particularly for genetic disorders that can be treated by correcting, replacing or silencing defective genes. The US Food and Drug Administration (FDA) has approved a number of new rare disease drugs in recent years, including gene therapies.
EDIT-301 is an experimental, ex vivo geneediting cell medicine in development for the treatment of sickle cell disease. Previously, the Company received Rare Pediatric Disease designation from the FDA for EDIT-301. EDIT-301 is the first experimental medicine in development generated using CRISPR/Cas12a geneediting.
The HELIOS-B study’s findings are timely as new gene-editing therapies, like the one being studied in MedStar Health’s Phase III MAGNITUDE trial for ATTR-CM, are also being explored. The MAGNITUDE trial uses CRISPR/Cas9 technology to target the genetic source of the disease, potentially offering a one-time treatment.
Additional research is underway using geneediting via CRISPR, primarily investigating genes with known relationships to ALS, such as SOD1 and C9orf72. However, work is needed before CRISPR-mediated treatments become possible, including a better understanding of the genes involved in ALS.
This level of homogeneity within the clinical trial population may prevent the identification of variable therapy responses within population subgroups. Gene therapy, while in its infancy, could be a gamechanger for cancer treatment and certain rare diseases and advancements in gene-editing technology relies on knowledge of viral factors.
It will be run through the NIAID-supported Infectious Diseases ClinicalResearch Consortium (IDCRC), with support from the Bill & Melinda Gates Foundation. CYAD-101 is the company’s allogeneic NKG2D-receptor and T cell receptor inhibitory molecule-based, non-geneedited CAR-T candidate.
Gene therapy has shown promise in treating cancers that are particularly difficult to manage such as neuroblastoma and Wilms tumor using CAR-T cell therapy, CRISPR-Cas9 geneediting and RNA-based interventions to target genetic drivers of disease.
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