For decades, neuroscientists have faced an uncomfortable truth: the mouse brain, despite its utility as a research model, is a poor stand-in for the human one. The cellular architecture is different. The disease progressions diverge. Treatments that work brilliantly in rodents routinely collapse in human clinical trials. Now, a team at Stanford University has taken a radical step toward closing that gap — by growing human brain tissue inside a living mouse. The research, led

It took ten years, two of the world's most capable research institutions, and more computational muscle than most of us can imagine — but scientists have finally done it. They have mapped every single neuron and synaptic connection in the brain of a male fruit fly, creating what is now the most complete picture of any brain ever assembled. The achievement, published in the journal Cell, is the result of a landmark collaboration between Google Research and the Howard Hughes Me

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GenBio launches Virtual Cell AI to simulate cellular behavior computationally, accelerating drug discovery and reducing reliance on physical experiments.