The Allevi Blog

In their recent publication, Allevi authors Abraham Samuel Finny, Cindy Jiang and Silvana Andreescu developed a custom ink which they can print into a skin safe UV sensor. Such a

Hadi Rastin together with his colleagues from the University of Adelaide in Australia created a new electroconductive bioink that can be combined with cells and easily extruded with excellent results.

In their recent publication, Allevi authors Serkan Dikici, Fredrick Claeyssens, and Sheila MacNeil developed a very clever synthetic vascular network (SVN) by combining electro-spun layers with 3D bioprinted vascular channels.

Bioprinting always requires consideration of many different parameters: biomaterial mechanical and biological properties, printability, cell viability and many more. It requires finding a fine balance between all the factors and

“Shrinking printing” opens the possibility to improve your 3D bioprinting resolution with quick and simple post-processing. If your goal is to create small channels, a fine mesh, or similar micro-geometries

A bioprinted construct is only as good as the bioink used to create it. There are many biomaterial options available on the market, however, the need for more customized hydrogels

If stem cell therapies take off – we’re going to need a way to solve the stem cell supply problem – read on to learn more: The Promise We’ve all

We’re so excited to welcome the Yu Shrike Zhang lab from Brigham & Women’s Hospital to the Allevi Author Club! His new paper explores how porous is preferred when it

We are VERY excited to announce the latest addition to the Allevi Author Club; the Guvendiren Lab from the New Jersey Institute of Technology. Dr. Guvendiren’s lab focuses on creating

George Washington University joins the #AlleviAuthor club with their new paper titled, “Use of GelMA for 3D printing of cardiac myocytes and fibroblasts” and published in Journal of 3D Printing

Microvascular anastomosis (or the method of surgically connecting blood vessels) is a common part of many reconstructive and transplant surgical procedures. Read on to learn how 3d bioprinted sugar stents

One of the most rewarding “AHA” moments of bioprinting is seeing your cells proliferate within a 3D tissue. As 3D bioprinting becomes more widely adopted within the fields of tissue