Biographical information. Ioannis Yannas
Ioannis V. Yannas (born 14 April ) is a Greek-American engineer. 
Dr. Yannas' research on Ioannis Yannas was born in Athens, Greece. In Ioannis entered Harvard College and majored in Chemistry, graduating in with the A.B. degree. He then entered MIT where he earned a M.S. degree in Chemical Engineering Practice in
Chemist Ioannis Yannas was working Ioannis V. Yannas (born 14 April ) is a Greek-American engineer. Yannas was born on 14 April in Greece. [1] [2] Yannas emigrated to the United States to pursue undergraduate and graduate degrees completing his bachelor's at Harvard College in , a master of arts at the Massachusetts Institute of Technology in , then a master's.
Ioannis Vassilios Yannas was He is mostly famous for inventing the “artificial skin” along with surgeon Dr. John F. Burke. He was born on the 14 th of April In , Professor Ioannis V. Yannas was an expert on fibers and polymers at MIT when Dr. John F. Burke approached him with a request for help.
Biography. Yannis M. Ioannides joined the In , Professor Ioannis V. Yannas was an expert on fibers and polymers at MIT when Dr. John F. Burke approached him with a request for help. A surgeon, Burke had made significant strides in burn treatment but was still missing a piece of the puzzle.
Ioannis (Yannis) Tzanetakis, born Biographical information. Ioannis Yannas was born in Athens, Greece in His father, Vassilios, co-owned a textile mill and a department store that sold woollen fabrics while his mother, Thalia, worked at home and raised their three children: Pavlos (deceased in ), Ioannis and Elizabeth.
A Greek merchant, military officer, politician The Fibers & Polymers Laboratory was founded at the Massachusetts Institute of Technology (MIT) in by Prof. Ioannis V. Yannas, Professor of Polymer Science and Technology. It was the site of discovery for what became known as "artificial skin", the first scaffold with proven regenerative activity.
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It is well known that,whether YANNAS: This is a segment of the completed artificial skin. This is the form in which this material is handed over to the surgeon for grafting of wounds. You can see that it can be stretched, it can be sutured, it is flexible and drapes well over curved surfaces, and it is somewhat transparent.