A new method for studying and constructing images of the structure of cells that develop in the British University of Nottingham (University of Nottingham) uses ultrasound technology, which is often used to scan large items, such as for the survey in the maternal womb of the developing human organism (the fetus) than for studies Inside the cells of tissue. The components of this technology by using it to study such small objects to be several thousand times smaller than that of existing systems.The project has a generous funding, as pioneer work of the group of ultrasound University recognized the potential is very innovative and promising Ability to study individual cells inside the human body should not only advance our knowledge and understanding of the structure and functioning of these cells, but also help with the definition of abnormality for the diagnosis of such serious diseases as cancer.
To confirm the effectiveness of participants in the Congress of Association for Research in vision and Ophthalmology (ARVO) was shown a video of the effective healing of mouse liver, the researchers dissected. On the videotape, it was clearly marked as an instantly stop the blood and immediately began the process of restoring dissected body. According to Ellis-Child of the medical use of nanotechnology can be invaluable in neurosurgery, as well as allows to minimize the negative impact of operations on the brain.It was expected that the use of these and other nanotechnology in medicine will contribute to the emergence of low cost and rapid methods for diagnosis of disease at an early stage, new ways of development and use of drugs, the possibility of restoration of the damaged structure of DNA.
These and other refinements of initial branches of the development of nanotechnology in the country approved the Supervisory Board President of the Science and Technology and the National Research Council of the National Academies.According to scientists from the University of Michigan, will come the day when with the help of nanotechnology in human blood cells can be build microscopic sensors, warning of the first signs of radiation or the threat of the disease.
In the report the Institute of Biomedical Chemistry
In the report the Institute of Biomedical Chemistry RAMS indicated that Russian medical scientists in 1998-2005 published over 200 scientific papers, to prove the high efficiency of nanotechnology in treating a range of diseases, including cancer, multiple sclerosis, meningitis, AIDS, influenza and tuberculosis. It is stated that Russian science has received credible information on the use of nanoparticles for the production of effective vaccines. So at the Institute of Molecular Biology RAS. VA Engelhardt, Russian Academy of Sciences on the basis of nanotechnology a biochip, which allows for several hours to diagnose a number of socially dangerous diseases, which include, for example, tuberculosis. Previously, only the necessary medical research is not needed less than a month. Even if you do not take into account the social dimension, the economic effect of reducing the cost of diagnosis is 20 thousand rubles to one study. This is currently in Russia the study of nanotechnology in medicine are two dozens of It should be noted that the dispatch of medical nanotechnological research also develops rapidly. This has now received the results on experimental animals considerable promise in the treatment of human perspectives. In general, if refer to nanotechnology and advances in genetic engineering, the results are fantastic, but in general is another area that would require writing a separate book.Well, an interesting compilation of facts and information on the use of nanotechnology, nanoparticles, etc in the field of medicine But it's good to educate people Much better would be, in my opinion, if this whole deal with our doctors, biologists and physiology Moreover, not only dedicated to research, but also quickly introduced to the research findings into medical practice, helping the body cope successfully with the patient's ailment So the success he and the new achievements! .
Obviously, there is a lack of exchange of scientific
Obviously, there is a lack of exchange of scientific information between scientists, between institutions. More than 57 research institutes, abandoned research on the use of cheap and extra aluminum oxide, as They have no order from the state and funding for research. SRI justified the lack of orders for such topics, and research funding, the enterprise is focused on the western parts. More than 470 professional companies do not accept proposals for its use, although it can give new products, new consumer goods and the quality of their devices, to increase efficiency and profitability of production. Simple explanations. Existing technology and machinery - the western. His life is not reached, and the term of the contract does not allow to make changes to existing production. Here is an old and steep. And consumers will have a product, or buy in the West.You need to administration - actions to achieve the goals: setting goals, definition of responsibilities, deadlines, monitoring and implementation The state should set specific goals A tool will ROSNANO budget allocation, but no more than that, and A Chubais will travel to the West to buy from them, nanotechnology .
Nano here, where the nano - it catchword now heard from every iron. And especially evident in the posters. And what it is?The application of nanotechnology in medicine - is very promising, some doctors believe Others believe it is a beautiful fairy tale and yet another publicity stunt Clarify the situation took a full member of the Academy of quality problems, PhD, professor of Moscow State University Viktor Balabanov agroinzhenernogo In his book «Nanotechnologies Science the Future », published by« Eksmo », he explains that this is the most« Nano »and how they can use We publish an excerpt from this book.
For various projects in the field of nanotechnologies
For various projects in the field of nanotechnologies in Russia established the State Corporation «Rosnanoteh», developed «Strategy of development of nanotechnological industry». According to the paper, the development of «nanotechnology» by the year 2015 will be allocated 180 billion rubles. Development funds entrusted to «Rosnanoteh», working under government control. This «Rosnanoteh» withdrawn from the application of the law on bankruptcy. Thus, the established optimal conditions for the realization of nanoproektov.The main directions of research by Russian scientists are to create high performance materials (in particular, «liquid armor»), the powerful energy ( «amorphous silicon», which operates PNP «Kvant»), invisible and changing the color of solids, nanomaterials for military uniforms, a new anti - weapons of mass destruction, and others.
