tissue engineering

Engineering new bone growth
Oh you thought 3D printing was cool? How about a 3D BIOprinting!? This little guy prints bioluminescent algae! (Photo credit: curiousjohn)
A step closer to bio-printing transplantable tissues and organs
via Research
Taking tissue regeneration beyond state-of-the-art
Sound engineering: complex sonotweezers can manipulate and arrange many small particles simultaneously - Professor Bruce Drinkwater, Bristol University
Levitating Cells with Ultrasonic Tweezers Provides a Sound Route to Bio-Engineering
The liquid collagen implant is arthroscopically injected with a special syringe. © Fraunhofer IGB
Cartilage Breakthrough: Collagen for the knee
worldvoters.org
Skin layer grown from human stem cells could replace animals in drug and cosmetics testing
Scientists Grow Cartilage to Reconstruct Nose
Dr. Liping Tang, left, bioengineering chair and professor, and Dr. Joseph Borrelli, chair of orthopedics for Texas Health Arlington Memorial, are lead investigators of the research project studying whether bone tissue can be created from a patient's own stem cells.
New bone tissue generation technique
University of Nottingham
Major breakthrough in stem cell manufacturing technology
The top image shows a patch of epithelial cells. The white lines in the middle image mark the electric current flowing from positive to negative over the cells. The bottom image shows how the cells track the electric field, with blue indicating leftward migration and red signaling rightward movement. (Images by Daniel Cohen)
Scientists ‘herd’ cells in new approach to tissue engineering
via Wyss Institute
An Essential Step toward Printing Living Tissues
English: Principle of tissue engineering (Photo credit: Wikipedia)
Major Advance in tissue engineering and 3D printing
Jian Yang, Penn State In this image, polymers are cross linked by both click reactions and condensation reactions and present key-lock clickable surfaces for easy biomolecule
Researcher Turns Sights on Prostate Cancer, Tissue Engineering, and Blood Vessel Repair
Scientists Have Been Able To Grow Artificial Skin Using Stem Cells from the Umbilical Cord
3-D Printing for Life Science Applications