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Home » Newsletters » BioWorld MedTech

BioWorld MedTech

Sep. 11, 2019

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EBR wins breakthrough designation from FDA for its wireless pacemaker

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Keranova raises €24M in series B funding round

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Abbott's Tendyne scores well in trial of patients with severe calcification

The recent progress in interventional cardiology has largely been driven by the aortic valve, although calcification of the aortic root has proven a difficult hurdle to overcome. A newly published study demonstrates that the Tendyne device by Abbott Vascular Inc., of Santa Clara, Calif., can be readily used not just to treat failing mitral valves, but works well in these patients with severe calcification, an achievement that could quickly vault the transcatheter approach past conventional surgical approaches in this population. Read More

Budget restrictions on the way for medical devices in France

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Wyss researchers develop 3D-printed organ building blocks out of stem cells

The dream in 3D bioprinting is to be able to create a functional organ for human transplantation, but that remains a distant goal. Researchers at Harvard's Wyss Institute for Biologically Inspired Engineering and John Paulson School of Engineering and Applied Sciences (SEAS) have made some steps in the right direction.

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Regulatory front

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Financings

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Daily M&A

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Appointments and advancements

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Other news to note

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Product clinical data for Sept. 10, 2019

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Product regulatory actions for Sept. 10, 2019

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BioWorld MedTech's Oncology Extra

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Baxter inks deal to buy Cheetah for up to $230M

Baxter International Inc. has struck a definitive agreement to acquire Cheetah Medical Inc., a provider of noninvasive hemodynamic monitoring technologies. The Deerfield, Ill.-based company agreed to pay $190 million up front in cash, with the potential for an additional $40 million based on clinical and commercial milestones. Read More

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