„Few technological advancements have been as important in the auto industry as the development of carbon fiber. Lighter yet stronger than most materials that were once used in building vehicles, carbon fiber has become an integral element in the development of some of the world’s fastest and most powerful cars on the planet, including Formula One race cars.
(…) The revolutionary loom is able to weave three-dimensional carbon fiber shapes that will be put in the company’s supercar, including the steering wheel and the A-pillar. Knowing the great lengths company’s go through to outfit as much carbon fiber as possible on their supercars, Lexus saw fit to take the game to a whole new level with the invention of the carbon fiber loom, a technology that’s the first of its kind in the world.”
From 1’st-3’rd of of May I had a chance to take part in 3D Challenge at Texas A&M Qatar, where I presented the principles of my project concerning 3D-printed heart valve scaffolds. The project’s presentation was distinguished for its scientific value and received a first place award.
Following materials consist of my current work related to design of heart valve scaffolds. If you are interested in collaborating with me, you can read presented documents, to make yourself acquainted with the scope of my research.
Bacterial bionanocellulose for heart valve tissue engineering – current status, progress and perspectives
Developing 3D geometry of entire valve using controlled deposition of cellulose on the mandrel.
My plan is to cultivate the bacteria in such way, that at the end a readily heart valve will be obtained. The growth medium (or one of its constituents) should be formed appropriately. The bacteria will than produce cellulose, but only in the provided shape.
Advanced geometrical Ca- alginate structures were already obtained by me in similar manner (fig.1.).