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Key Trends in the Life Sciences to Look Forward to in 2022

XTalks

If the past year is anything to go by, then 2022 will also be a year marked by continued innovations in the life sciences. The development and widespread adoption of new technologies is key to revolutionizing the way we diagnose, prevent, treat and manage disease. The RNA Revolution: From mRNA Vaccines to RNA Editing.

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BridgeBio’s Attruby (Acoramidis): A New, More Potent TTR Stabilizer for ATTR-CM

XTalks

This progressive disease occurs when misfolded transthyretin (TTR) proteins form amyloid deposits in the heart, leading to cardiac dysfunction. BridgeBio has been highly active in the genetic diseases space.

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Alyftrek: Vertex Expands Cystic Fibrosis Treatment with Triple-Action Combo

XTalks

CF is a progressive genetic disease caused by defective CFTR proteins, which are crucial for regulating salt and water movement in cells. These mutations can vary in severity and impact on CFTR function, from complete protein dysfunction to defects in protein folding, trafficking or regulation.

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Epigenetic Editing with CRISPR Might Be Easier Than We Thought

XTalks

Related: 2020 Year in Review: COVID-19, CRISPR and Immunotherapies Define the Year for the Life Sciences. To develop CRISPRoff, the researchers generated a single “dead” Cas9 fusion protein capable of mediating DNA methylation and repressive histone modifications, but devoid of any DNA cleavage function.

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Vyjuvek Gets FDA Nod as First Topical Gene Therapy for Rare Skin Disease

XTalks

DEB patients are also at an increased risk of aggressive skin cancer.DEB usually presents at birth and is caused by one or more mutations in the COL7A1 gene, which encodes type VII collagen (COL7), an important protein that helps connect, strengthen and stabilize the outer and middle layers of the skin.

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GW Pharmaceuticals’ Epidiolex Receives Approval for Second Rare Disease Indication

XTalks

TSC is a rare genetic disease that affects approximately 1 in 6,000 people. The disease is caused by mutations on the TSC1 and TSC2 genes, which produce the proteins hamartin and tuberin, respectively.

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Hympavzi (Marstacimab): FDA Approves First Once-Weekly and Pfizer’s Second Hemophilia Therapy

XTalks

Hympavzi reduces the activity of TFPI, a naturally occurring anticoagulation protein. Hympavzi is the first anti-tissue factor pathway inhibitor (anti-TFPI) approved in the US for hemophilia A or B, and it’s also the first hemophilia therapy to be administered via a pre-filled auto-injector pen.