CRISPR medicine: a 2026 Snapshot

Amid research funding cuts under the Trump administration, a slowdown in venture capital investment, and uncertainty driven by shifting policies in adjacent fields such as RNA vaccines, the past year has been anything but smooth for genome-editing therapies. Even so, clinical trials have continued to expand, and a couple of treatments are nearing commercialization. Moreover, the success of the first personalized therapy developed for a newborn with a rare disease (Baby KJ) has sparked a regulatory rethink that could open up new opportunities. This is the latest snapshot from the Innovative Genomics Institute, which regularly tracks the progress and prospects of CRISPR-based medicine. Post scriptum: In addition to the main article, be sure to explore the dedicated sections on specific disease areas, including cardiovascular disease, autoimmune disorders, cancers, rare genetic diseases, red blood cell disorders, diabetes, and infections.

A genetic orchestra for photosynthesis

Turn one gene up, another down. Enhancing the photosynthetic capacity of plants will likely require learning how to conduct a complex orchestra of genes. Achieving this could help sequester at least part of the carbon dioxide emissions driving climate change, while also increasing crop yields.

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Gender equity meets CRISPR

Navneet Matharu, Jenny Hamilton and Lin Du

The Women in Enterprising Science Program (WIES) is located on the UC Berkeley campus and is supported by the foundation of Solina Chau Hoi Shuen (co-founder of Horizons Ventures in Hong Kong). The initiative, aiming to enhance gender equity in bio-entrepreneurship, was presented last March by IGI, the institute founded by Jennifer Doudna. In the pictures above you can see the inaugural cohort of fellows, announced this month.

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