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U of M Researchers Beginning Clinical Pediatric Blood Vessel Trial - Vimarsana News

U of M Researchers Beginning Clinical Pediatric Blood Vessel Trial

(KNSI) - Researchers at the University of Minnesota-Twin Cities hope they are on the verge of a major breakthr...

U of M researchers win $3.7M grant for artificial blood vessel trial - Vimarsana News

U of M researchers win $3.7M grant for artificial blood vessel trial

Researchers at the University of Minnesota received a $3.7 million grant to prepare for a trial of artificial, bioengineered blood vessels.

Vascudyne Receives BioBusiness Award from Regenerative Medicine Minnesota for Treatment of Nerve Injury - Vimarsana News

Vascudyne Receives BioBusiness Award from Regenerative Medicine Minnesota for Treatment of Nerve Injury

Press release content from News Direct Corporation. The AP news staff was not involved in its creation.

Source: apnews.com
Regenerative Medicine Company Vascudyne Relocates to High Capacity GMP Manufacturing Facility - Vimarsana News

Regenerative Medicine Company Vascudyne Relocates to High Capacity GMP Manufacturing Facility

Press release content from News Direct Corporation. The AP news staff was not involved in its creation.

Source: apnews.com
New Study Provides Clues to Decades-Old Mystery About Cell Movement - Vimarsana News

New Study Provides Clues to Decades-Old Mystery About Cell Movement

Provenzano Lab, University of Minnesota Cancer cells (shown in green) often align their movement to collagen fibers (shown in white). Understanding how cells move is key to preventing cancer spread throughout the body. Tranquillo group, University of Minnesota Human skin cells entrapped in an aligned fibrin gel exhibit contact guidance by orienting themselves along the aligned protein fibers in tissues. Tranquillo group, University of Minnesota A University of Minnesota study provides the first proof of a 1982 theory that the mechanical resistance (the stiffness of the fibers) plays a key ro...