Science Corporation launches organ preservation division

Science Corporation, a brain-computer interface startup founded by former Neuralink president Max Hodak, has announced a new division focused on extending the viability of human organs for transplantation. The company unveiled a prototype machine designed to preserve organs for longer periods. This initiative expands beyond their core work in neural technology.

Founded in 2021, Science Corporation initially gained attention for its advancements in brain-computer interfaces under the leadership of Max Hodak, who served as Neuralink's first president. Now, the company is venturing into biotechnology with a dedicated division aimed at prolonging the life of human organs outside the body.

The new effort centers on a prototype machine that seeks to maintain organ viability for extended durations, potentially improving outcomes in organ transplants. This development addresses a critical challenge in medical logistics, where time-sensitive preservation is essential.

Hodak's background in neurotechnology underscores the innovative approach, though the focus here shifts to broader health applications. As organ shortages persist globally, such technologies could enhance donation programs and reduce waste from preservation failures.

Science Corporation emphasizes that this division complements their existing work, without specifying immediate rollout plans or clinical trials. The announcement highlights the intersection of biotech and AI-driven solutions in healthcare.

Makala yanayohusiana

Realistic photo of a lab showcasing brain organoids, wound-healing glove, edible carrot coating, and microplastics in retinas, highlighting eerie advances in health and sustainability.
Picha iliyoundwa na AI

Creepy-sounding lab advances show promise for health and sustainability

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A suite of recent studies in American Chemical Society journals describes two‑year‑old brain organoids with measurable activity, a wearable electrospinning glove for on‑site wound patches, an edible coating from the Brazilian “wolf apple” that kept baby carrots fresh for up to 15 days at room temperature, and microplastics detected in post‑mortem human retinas.

OpenAI CEO Sam Altman is launching a new brain-computer interface startup called Merge Labs. The venture, which aims to read brain activity using ultrasound, is being spun out from the Los Angeles-based nonprofit Forest Neurotech. Details come from a source familiar with the plans.

Imeripotiwa na AI

Researchers at Nagoya University in Japan have developed miniature brain models using stem cells to study interactions between the thalamus and cortex. Their work reveals the thalamus's key role in maturing cortical neural networks. The findings could advance research into neurological disorders like autism.

Chinese biotech firm SciNeuro Pharmaceuticals has partnered with Swiss pharmaceutical giant Novartis in a deal worth nearly $1.7 billion to develop treatments for Alzheimer's disease, which affects some 55 million people worldwide. The agreement grants Novartis exclusive worldwide rights to develop and commercialise SciNeuro's antibody candidates for the progressive brain disease. SciNeuro's novel amyloid beta-targeted antibody programme leverages proprietary blood-brain barrier shuttle technology to help more of the drug cross into the brain where Alzheimer's damage occurs.

Imeripotiwa na AI

Elon Musk has forecasted that AI-powered robots will outperform human surgeons within three years, rendering medical school pointless. He made these claims during a recent podcast, alongside broader predictions on AI's impact on humanity. Experts caution that human judgment remains essential in healthcare despite robotic advancements.

Elon Musk claimed on a recent podcast that Tesla's Optimus humanoid robots will surpass the skills of top human surgeons within three years. He described pursuing medical school as pointless in light of advancing AI capabilities. The prediction highlights Tesla's pivot toward robotics amid challenges in its electric vehicle sales.

Imeripotiwa na AI

Scientists at the University of Southern California are starting a phase 2b clinical trial to test a microscopic stem cell implant aimed at restoring vision in patients with advanced dry age-related macular degeneration. The hair-thin patch seeks to replace damaged retinal cells, building on earlier research that showed safety and vision gains in some participants. Researchers hope it could offer a way to reverse vision loss where current treatments fall short.

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