Summary Organovo, a human tissue-engineering company, is on its way to launch the first 3-D bioprinted liver assay before the end of 2014. The market potential of the liver and kidney assays combined is in the billions. There are number of ... Seeking Alpha, 2 days ago
Organovo Inc. Selected As A Finalist In 27th Annual CONNECT Most Innovative New Product Awards - BusinessWeek, 1 day ago
Organs on Demand - Advance for Administrators of the Laboratory, 1 week ago
Scientists will integrate chips mimicking human organ functions into full body system to evaluate drugs The National Institutes of Health will award funds to support the next phase of its Tissue Chip for Drug Screening program to improve ways of ...Noodls, 1 week ago NIH Funds Tissue Chip for Drug Screening PharmTech.com, 6 days ago NIH Funds Phase 2 Of Tissue Chip For Drug Screening Program Bioresearch Online, 5 days ago National Institutes of Health to fund next phase of Tissue Chip for Drug Screening programme PharmaBiz, 5 days ago
10:14 AM ET Metro Morning 0:00 / 5:52 Printing Human Tissue 5:52 3-D printing is transforming manufacturing, and not just objects made of plasticCBC, 1 week ago UBC biotech startup aims to print living human organs University of British Columbia Ubyssey, 6 days ago Vancouver startup promises to print organs BCBusiness Magazine, 1 week ago
Investigators from University of Southampton Target Tissue Engineering (The Effect of Oxygen Tension on Human Articular Chondrocyte Matrix Synthesis:...
Investigators from University of Southampton Target Tissue Engineering (The Effect of Oxygen Tension on Human Articular Chondrocyte Matrix Synthesis: Integration of Experimental and Computational Approaches) By a News Reporter-Staff News Editor at ...HispanicBusiness.com, 1 week ago
A faster, more affordable way to screen for neural toxins is under development, helping flag chemicals that may harm human development. Researchers will collaborate to refine existing 3-DBig News Network, 1 week ago UW-Madison and Morgridge researchers are creating tissue chip technology to screen neural toxins News-Medical.Net, 1 week ago UW-Madison team developing 'tissue chip' to screen neurological toxins Bio-Medicine, 1 week ago 'Tissue chip' to screen neurological toxins, researchers report Science Daily, 1 week ago
Reinnervate Ltd has been acquired by Reprocell of Shin-Yokohama in Japan. Reprocell, a pioneer in the field of induced pluripotent stem cell biology supplies iPSC-dervided Hepatocytes, Neurons and Cardiomyocytes as well as a range of media and ...Labmate Online, 3 weeks ago
BioDigital tries to redefine studying the human anatomy Experts of medical informatics are always looking forward to a digital revolution in studying the human anatomy. The BioDigital Human is a three-dimensional, fully interactive visualisation ...The Hindu, 1 week ago
With tissue cells at their fingertips, researchers at the Medical University of South Carolina are paving the way to make lab-grown tissue and organs a reality. And they're doing it through biofabrication. The team is led by Dr Michael ...Reuters, 4 weeks ago
The Printalive Bioprinter assembles each layer of skin cells in liquid in separate channels. The layers are squirted out one on top of the other, solidfying into a gel. Groups of skin cells are printed out as spots or stripes. James Dyson Foundation ...MSN Canada, 1 week ago PrintAlive 3D bioprinter creates on-demand skin grafts for burn victims Gizmag, 18 hours ago U of T Students win Canadian stage of 2014 James Dyson Award with 3D skin printer Canadianreviwer.com, 1 week ago 3D skin graft bioprinter wins Canadian 2014 James Dyson Award Canadian Manufacturing, 1 week ago
With a new $5.8 million, three-year award from the National Institutes of Health (NIH), researchers at the University of Pittsburgh School of Medicine will further develop a state-of-the-art, microfluidic 3D model system that mimics structure and ...Azonano, 6 days ago $3 Million NIH Grant to Further 3-D Tissue Chip Research at Duke Duke University, 1 week ago Pitt Drug Discovery Researchers Receive $5.8 Million Federal Grant to Build 3D Liver Model Morningstar.com, 1 week ago University of Pittsburgh awarded $5.8m to develop 3D microfluidic model of the liver MTB Europe, 5 days ago
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