Tagged with " 3D Bioprinter"

Organovo Holdings, Inc. to Provide Corporate Update and Investor Presentation in a Live, Interactive Webcast on March 5th

Company invites individual and institutional investors as well as advisors to attend real-time, VirtualInvestorConferences.com

SAN DIEGO, Feb. 27, 2015 /PRNewswire/ — Organovo Holdings, Inc. (NYSE MKT: ONVO) („Organovo“), a three-dimensional biology company focused on delivering breakthrough 3D bioprinting technology, announced today that Keith Murphy, President and Chief Executive Officer, will present live at VirtualInvestorConferences.com on March 5th.

„We invite you to join us for this Company update,“ said Mr. Murphy. „We plan to provide updates on our commercial launch of the exVive3D Liver, Bioprinted Human Tissue, commercialization milestones for 3D bioprinted kidney tissue, and additional exciting opportunities for the Company’s future growth.“

For investors who are not yet familiar with the Company and desire background information, including an understanding of the 3D bioprinting technology used by Organovo to create functional living human tissues, investors can watch an informational background presentation on the Company’s website:
(…weiter auf organovo.com)

Researchers are using these Philly-made „bioprinters“ to make hearts, stomachs

BioBots makes a device that 3D-prints living cells instead of plastic. The company, founded by Penn grads, is headed to the SXSW Accelerator in Austin next month.

Danny Cabrera was a senior at Penn when opportunity knocked.

It came in the form of Ricardo Solorzano, a recent Penn bioengineering grad who had done his first two years at Miami Dade College, the same state school that Cabrera had transferred from. They never ran into each other in Florida and first met at Penn a few years later. Solorzano had a prototype for a desktop bioprinter, a 3D printer that uses cells to build living tissue. Did Cabrera want to see it?

And lo, BioBots was born.
(…weiter auf technical.ly)

Filipino students develop 3D printed trachea using stem cells from patients

While studies on 3D bio-printing are usually done in multimillion dollar laboratories by award-winning professors, students from the Philippines show that it doesn’t have to be that way. For a team of students from the Technological Institute of the Philippines have successfully constructed a ‘bioreactor’ capable of 3D printing an artificial trachea (or windpipe).
(…weiter auf 3ders.org)

Synthetisches DNA-Gel für den Druck künstlicher Organe entwickelt

Ein zweiteiliges wasserbasiertes Gel aus synthetischer DNA und Polypeptiden bringt den 3D-Biodrucker weiter in Richtung Druck von Organen für die Transplantation oder als Tiermodell. Dongsheng Liu (Tsinghua-Universität Peking) und Will Shu (Heriot-Watt University Edinburgh) und ihre Arbeitsgruppen sahen sich mit den Hauptschwierigkeiten konfrontiert, zum einen eine geeignete Matrix oder ein Gerüst zu finden, das die lebenden Zellen dreidimensional unterstützt, zum anderen, ein konsistentes Produkt herzustellen, das der Empfänger des Spenderorgans nicht wieder abstößt.
(…weiter auf analytik-news.de)

Can 3-D Printing of Living Tissue Speed Up Drug Development?

Small firm believes bioprinting of human tissue can lower the cost of testing new drugs

Every year, the pharmaceutical industry spends more than $50 billion on research and development. But the path to drug approval by the Food and Drug Administration is laden with abrupt failures in late-phase testing. Only one in 5,000 drugs will make it to market, according to one estimate.

One small biology company believes it has a solution to the pipeline problem: 3-D printing.
(…weiter auf wsj.com)

Will 3D printers, bioprinters change the future of surgery?

Bioprinted organs would not look like those studied in anatomy books

When an MRI revealed a golf ball-sized tumour growing in Pamela Shavaun Scott’s skull, the California psychotherapist turned to a 3D printer to help find the least invasive and risky way for doctors to extract it.

Her husband, Michael Balzer, the founder of a 3D printing service company, used her medical records to create a three-dimensional image of her brain on his computer and print a 3D model of it.
(…weiter auf cbc.ca)

RBCC Joint Venture Partner n3D to Present Latest 3D Bioprinting Research in Washington, D.C.

MIRAMAR BEACH, Fla.–(BUSINESS WIRE)–
Rainbow Coral Corp.’s (RBCC) 3D bioprinting joint venture partner Nano3D Biosciences (n3D) will present a new abstract detailing the latest breakthroughs made using its technology in Washington, D.C. on Wednesday at the 4th annual Society for Laboratory Automation and Screening Conference and Exhibition (SLAS2015).
(…weiter auf finance.yahoo.com)

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