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image: Building Flesh and Blood

Building Flesh and Blood

By | May 1, 2014

Understanding how networks of blood vessels form is key to engineering transplantable organs and tissues.

2 Comments

image: Rebuilding Missing Muscle

Rebuilding Missing Muscle

By | April 30, 2014

An acellular matrix can help guide stem cells to injury sites and regrow muscles in both mice and humans, a study finds.

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image: Artificial Blood Is Patient-Ready

Artificial Blood Is Patient-Ready

By | April 16, 2014

In the midst of news that engineered organs are being implanted into animals and people, researchers announce the creation of artificial blood for transplant.

6 Comments

image: Lab-Grown Muscle Self-Repairs

Lab-Grown Muscle Self-Repairs

By | April 8, 2014

Implanted into mice, lab-reared muscle made from stem cells can heal itself after an injury.  

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image: Stem Cells Remember Substrates

Stem Cells Remember Substrates

By | March 16, 2014

The stiffness of a culture substrate affects the fates of stem cells.  

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image: Retinal Cells Printed by Inkjet

Retinal Cells Printed by Inkjet

By | December 19, 2013

Scientists demonstrate how to print healthy rat retinal cells.

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image: Implanted Trachea Going Strong

Implanted Trachea Going Strong

By | October 23, 2013

Five years after receiving a tissue-engineered airway, the 30-year-old Colombian patient is doing well, having experienced no immunological complications associated with the procedure.

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image: Printing Ears

Printing Ears

By | September 1, 2013

Cornell University biomedical engineer Lawrence Bonassar 3-D prints ears using “ink” that contains living cells.

2 Comments

image: Printing Life

Printing Life

By | September 1, 2013

3-D printing allows tissue engineers to fabricate more-complex shapes and to precisely mix biological materials.

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image: Organs on Demand

Organs on Demand

By | September 1, 2013

3-D printing has made inroads in the clinic, but constructing functional complex organs still faces major hurdles.

2 Comments

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