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OIST and Beyond Next Ventures tie in a new innovation hub

 E-Mail The Okinawa Institute of Science and Technology Graduate University ( OIST ) and Beyond Next Ventures ( BNV ) announced on May 25 a new partnership to invest in deep-tech startups and develop the innovation ecosystem in Okinawa. Today is a happy day for OIST and me personally as we can announce that BNV, a venture capital firm whose core values are well aligned with ours, will invest in deep tech startups from OIST and enable entrepreneurs from anywhere in the world to come to OIST to launch their companies, said Dr. Peter Gruss, President & CEO of OIST. This provides the university with a sound financial basis to generate between 10-20 new companies in the next few years, and foster development in Okinawa through the creation of high-tech industry. This investment partnership is also a steppingstone for our aspiration to establish an even more ambitious fund that we hope will lay the basis for an innovation park next to the OIST campus.

Nature: Clownfish develop stripes at different speeds depending on the sea anemone they live in

Clownfish develop their characteristic white stripes at different speeds depending on the type of sea anemone in which they live, a study has found. Made famous by Finding Nemo , the iconic reef-dwellers grow their stripes or bars as they undergo the metamorphosis that turns them from larvae to adults. Experts surveyed clownfish in Papua New Guinea s Kimbe Bay, where they live either in the magnificent sea anemone or the more toxic giant carpet anemone. They noticed that the juvenile clownfish that lived in the giant carpet anemone got their white bars faster than those calling the magnificent sea anemone home.

Scientists Develop the First Stable Coral Cell Cultures

Scientists Develop the First Stable Coral Cell Cultures
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Scientists have cultured first stable coral cell lines

Okinawa Institute of Science and Technology Graduate University Highlights Researchers have successfully grown cells from the stony coral, Acropora tenuis, in petri dishes The cell lines were created by separating out of cells from coral larvae, which then developed into eight distinct cell types Seven out of eight cell types were stable and could grow indefinitely, remaining viable even after freezing Some of the cell types represented endoderm-like cells, and could therefore shed light on how coral interacts with photosynthesizing algae and how bleaching occurs The cell lines could be used in many avenues of coral cell research, including coral development, coral farming and the impact of climate change and pollution

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