Two gene-editing baby startups shut down after less than a year

Bootstrap Bio and Manhattan Genomics, biotech firms launched last year to pursue human embryo editing for preventing serious diseases, have closed their doors. The companies cited financial difficulties and internal conflicts as reasons for the shutdowns. The developments highlight challenges in the controversial field of gene-edited babies.

Bootstrap Bio and Manhattan Genomics both launched in 2025 with ambitious plans to edit human embryos, aiming to eliminate serious genetic diseases in newborns. These startups sought to pioneer 'designer babies' through advanced gene-editing techniques, sparking debates over ethics and regulation in biotechnology as first reported by WIRED on April 24, 2026. The companies' rapid demise underscores the hurdles facing such ventures. Less than a year after starting operations, both firms announced their shutdowns due to persistent money issues and internal disagreements among teams. No further details on specific financial figures or conflict resolutions were provided. The closures come amid broader scrutiny of gene-editing startups, with keywords like ethics, genetics, and gene editing central to discussions around these technologies. Industry observers note that funding and regulatory pressures have long plagued similar efforts.

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Scientists in a lab celebrating conditional approval of iPS cell products for treating Parkinson's and heart disease.
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Health ministry panel conditionally approves iPS cell products

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A health ministry expert panel has conditionally approved two regenerative medicine products derived from induced pluripotent stem (iPS) cells for treating Parkinson's disease and severe heart disease. This marks a potential world first in commercializing Nobel Prize-winning stem cell technology. The approval, based on small-scale clinical trials confirming safety and presumed efficacy, requires post-market verification within seven years.

A new book by bioethicist Daphne O. Martschenko and sociologist Sam Trejo explores the implications of polygenic scores in genetic testing, highlighting potential inequalities and myths surrounding genetics. Through their 'adversarial collaboration,' the authors debate whether such research can promote equity or entrench social divides. They call for stricter regulation to ensure responsible use.

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Craig Venter, a key figure in sequencing the human genome and advancing synthetic biology, has died at age 79. The J. Craig Venter Institute announced his death followed a brief hospitalization for side effects from cancer treatment. Venter leaves a legacy of breakthroughs and controversies in genomics.

Japan's health ministry panel on Thursday approved the commercialization of two regenerative medicine products derived from iPS cells, marking a global first. These treatments target patients with severe heart failure and Parkinson's disease, under a conditional approval requiring data collection for up to seven years. Shinya Yamanaka, pioneer of iPS cell research, expressed delight at this milestone.

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Researchers at the University of California San Diego report they have developed a second-generation CRISPR-based “Pro-Active Genetics” system, called pPro-MobV, that is designed to spread between bacteria and disable antibiotic-resistance genes, including inside hard-to-treat biofilms.

Organizers of an international effort to map the “human exposome”—the lifetime mix of environmental, chemical, biological and social exposures that can shape health—say new regional networks and policy partnerships are forming as the project prepares to brief researchers and journalists at the 2026 AAAS Annual Meeting in Phoenix.

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Following an expert panel's recommendation last month, Japan's Health, Labor and Welfare Ministry on March 6 conditionally approved two iPS cell-derived regenerative medicines—the world's first commercialized such treatments—for severe heart failure and Parkinson's disease. The products carry conditions and time limits, with pricing and insurance coverage decisions next; sales could begin as early as summer 2026.

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