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Ginkgo BioWorks gets grant for AAV vector for treating NPC1 with specific gene sequence

Pharmaceutical Technology

Discover the groundbreaking gene therapy patent by Ginkgo BioWorks Inc for treating NPC1 using AAV vectors. Learn how this innovative approach offers hope for rare genetic disorders like Neimann-Pick Disease Type C.

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Ring 20: Could the rare disease get left behind by next-generation gene sequencing?

pharmaphorum

Ring Chromosome 20 Syndrome, or (R)20, is an ultra-rare form of epilepsy with a devastating impact – yet despite huge leaps forward in gene sequencing in recent years, diagnoses are going down instead of up. The post Ring 20: Could the rare disease get left behind by next-generation gene sequencing? appeared first on.

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Scenic Bio raises $31m for genetic modifier platform

pharmaphorum

18 months after signing its first partnering deal with Genentech, Scenic Biotech has raised $31 million in first-round financing that it will use to take its own genetic modifier-targeted medicines into clinical trials. The post Scenic Bio raises $31m for genetic modifier platform appeared first on.

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Gene sequencing identifies rare pediatric disorders in Mexico

BioPharma Reporter

A new genetic sequencing technology from Element Biosciences has helped researchers from the Translational Genomics Research Institute (TGen), part of the City of Hope, identify the likely genetic causes of disorders in six of nine children from Sonora, Mexico.

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Gene therapy specialist bluebird exits “untenable” European market

pharmaphorum

Europe market has proved so hostile to gene therapies when it comes to pricing and reimbursement for gene therapies that bluebird bio has decided to quit the market altogether, according to Andrew Obenshain, president of its severe genetic diseases unit. market and will wind down in Europe.

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Vertex eyes controllable genetic drugs with $1.3bn Obsidian alliance

pharmaphorum

billion in milestone payments in the deal, which will focus on using small-molecule compounds to “fine tune” the effects of genetic medicines in the body. The approach relies on the use of drug responsive domains (DRDs) on the gene-editing medicine, which can be used to either increase or decrease protein expression.

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New CRISPR-Based Tool Called PASTE Gene Editing Inserts Large DNA Sequences at Desired Sites

XTalks

Developed by MIT researchers Jonathan Gootenberg and Omar Abudayyeh, PASTE (Programmable Addition via Site-specific Targeting Elements) gene editing technology can insert genes as long as 36,000 DNA base pairs to liver cells in mice as well as several types of human cells.