Additionally, we could use these vessels for many other purposes—like creating a built-in blood supply when engineering larger tissue constructs. This isn't currently possible because the tissue ...

A paper on the findings is published online in Tissue Engineering Part A ... approaches to growing new capillaries, the smallest blood vessels and those responsible for exchanging oxygen, carbon ...

During his doctoral training, Gleghorn was part of the first team that developed techniques to create patterned blood vessel networks for tissue engineering using microfluidic techniques.

A material that will approach the efficacy of native vein has been widely sought. 1 Using autologous cells and a technique termed sheet-based tissue engineering, we were able to produce autologous ...

Additionally, we could use these vessels for many other purposes – like creating a built-in blood supply when engineering larger tissue constructs. This isn’t currently possible because the tissue ...

Scientists from TU Wien and Keio University have developed a scalable method to create artificial blood vessels in ...

Scientists hope body tissues grown in labs will become a familiar sight in medicine. Researchers around the world are working ...

A team led by Dalecki and Denise Hocking, a professor of pharmacology and physiology and of biomedical engineering, have used the technique to engineer tissue with new blood vessel networks in vitro.

4D-printed blood vessels are crucial for tissue engineering, which, in turn, is a vital part of regenerating organs. These blood vessels act as a scaffold for seed cells to grow on; they also ...

A paper on the findings is published online in Tissue Engineering Part A ... approaches to growing new capillaries, the smallest blood vessels and those responsible for exchanging oxygen, carbon ...

During his doctoral training, Gleghorn was part of the first team that developed techniques to create patterned blood vessel networks for tissue engineering using microfluidic techniques. “As an ...