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News Brief

UF, Scripps Florida Complete Integration To Create Science Research Powerhouse

Two of the nation’s most respected research institutions have closed their transaction that adds a Florida powerhouse meant to accelerate the pace of biomedical discoveries that benefit patients. Effective April 2, the Florida campus of Scripps Research is integrated with and will now be part of the University of Florida’s academic health center as UF Scripps Biomedical Research.

Satlantis, LLC, Announces Strategic Investment

UF startup Satlantis, LLC ("Satlantis"), a US technology leader in high precision miniaturized satellites and cameras is pleased to announce a strategic investment from Encino Environmental Holdings, LLC ("Encino"). This investment will allow Satlantis to accelerate the commercialization of its satellite-based greenhouse gas (GHG) monitoring technology and develop new products and services for the North American market.

U.S. News & World Report Recognizes UF Graduate Programs

U.S. News & World Report recognized dozens of University of Florida graduate programs as among the best in the country, continuing the university’s strong showing after a banner year in the rankings and celebrating the university’s excellence in teaching and research across individual colleges.

1000X More Efficient Neural Networks: Building an Artificial Brain With 86 Billion Physical (but Not Biological) Neurons

What if in our attempt to build artificial intelligence we don’t simulate neurons in code and mimic neural networks in Python, but instead build actual physical neurons connected by physical synapses in ways very similar to our own biological brains? That’s precisely what UF startup Rain Neuromorphics, is trying to do: build a non-biological yet very human-style artificial brain.

Rhes Protein Key in Spread of Huntington’s Disease In the Brain

Pathogenic proteins help spread many neurodegenerative diseases. How they move between brain cells is often shrouded in mystery. But scientists at Scripps Research’s Florida campus have found that nanotube tunnels that act like roadways capable of transporting cargo between cells can transmit a toxic protein linked to Huntington’s disease from neuron to neuron.