Germany, developed with the technology of the detailed maps of the organs and also with specially developed 3D printers and prototypes of artificial organs developed by the Turkish doctor, Ali Erturk, speaks.
The German media were Dr. Ludwig-Maximilians-University Brain Research Institute for brain paralysis and dementia. He wrote that the work of Ali Erturk was a great hope for patients with cancer. Only in Germany, more than 10 thousand patients now expect the organ; The German press, who wrote that more than seven thousand of them were waiting for the kidneys, wrote that the Turkish doctor's task could prevent organ donation order and yazan's aging life.
Neurobiologist Dr. According to Ali Ertürk, the German press, which published details of organ maps and began talking about the prototypes of organs developed with 3D biological imaging in the scientific world, shares the work of the Turkish doctor with its readers with the title biyolojik. The project that works is a hope for patients with cancer Ali.
THE DOCTOR TURQUO IS FOR A DHA: OUR GOALS SHOULD PROMOTE THE ORGANISMS IN THE BODY OF NEW
In his laboratory, where he works with 15 people from 12 different countries, Ludwig-Maximilians-Director of the University of Brain Paralysis and Dementia Institute Research Group. Ali Ertürk, oloj We develop new technologies with our team from different fields such as physics, chemistry and engineering. We use these technologies both in cancer studies and in artificial organ studies. Our technologies are developed to allow the detailed image. The resolution of the computer and tomography to see how cancer body is spreading is not very high, but not very small cell carcinoma. It's very important to see & # 39; ls. With the technologies we have developed, we can show cancer cells to individual cell levels. We did it with animals in the laboratory. To do this, we make these fabrics transparent. After making them transparent, we use laser scanning microscopes to see all the cells in detail. This shows how it is spreading cancer to the body and shows the effect of the cancer medications that are used. The drugs, cancer cells have been able to capture the effect of the new technologies that we can see developed individually. In recent years we have developed them in my laboratory
GÖSTER THE TECHNOLOGIES CAN MAKE COMPLEX STRUCTURES OF THE CELLULAR LEVEL & # 39;
In addition to studies on cancer, we also focused on the artificial production of organs. Our goal is to artificially reproduce the bodies of the body, "said Ertürk. Think of a skyscraper, you need an architectural plan. Human organs also mix more than a million times compared to skyscrapers. We can show these complex structures at a single cell level. In a kidney, we can see in detail where the cells are, according to the veins, detailed.
"We have to produce organs in a few years to our goal"
Cak. I hope that in the next few years we produce artificial human organs and, perhaps, a few years later we will begin our first organ transplant.
Affirming that its goal is to recreate these maps with three-dimensional biological printers, Ertürk added, sene I hope that we will produce artificial human organs in the coming years, and perhaps we will begin our first organ transplant a few years later. Hundreds of thousands of people around the world need kidney, and our goal is to apply it mainly to the kidneys. Aside from that, we have begun our studies to create new cardiac muscles, new, reproductive organs such as the stomach and tissues like teeth for patients with diabetes. Our goal is to create all the bodies artificially and I think it is possible. We are transforming a concept that seems like a dream to reality
Director of the Research Institute Group Group Ali Ertürk will be the director of the Institute for Tissue Engineering and Regenerative Medicine at the Helmholtz de Neuherberg Center, which has a large budget since July 1.