Diabetes treatment: ultrasound instead of injection
A single injection of an insulin-releasing nanoset under the action of ultrasound made it possible to regulate blood glucose levels for 10 days.
26.11.2013A single injection of an insulin-releasing nanoset under the action of ultrasound made it possible to regulate blood glucose levels for 10 days.
26.11.2013Lecture by V.A.Avetisov, Doctor of Physico-Mathematical Sciences, Head of the Laboratory of the Theory of Complex Systems of the Semenov Institute of Chemical Physics of the Russian Academy of Sciences "Molecular Machines: what is it and how to make them"?
20.11.2013"Nanoparticles are like empty envelopes that can be filled with different substances. The nanoparticles we use do not interact with sperm, which makes them an excellent means of delivery," explained the head of the study.
18.11.2013It was possible to deliver miRNAs to cancer cells that reduce the expression of the oncogene responsible for the growth and resistance of glioblastoma, an incurable brain tumor, using spherical nanoparticles with gold cores.
05.11.2013New sensors made of carbon nanotubes will allow for both short- and long-term monitoring of concentrations of various compounds in the body.
05.11.2013MIT researchers have developed multilayer nanoparticles invisible to the immune system for precise drug delivery, attacking cells of non-chemotherapeutic breast cancer.
29.10.2013Perhaps cerium oxide superantioxidants will help in the treatment of traumatic brain injuries, cardiac arrest and Alzheimer's disease, protect against the side effects of radiotherapy, cosmic radiation and even slow down the aging process.
21.10.2013"Magic Laboratory" is a series of 12 five–minute cartoons devoted to various aspects of the application of nanotechnology.
18.10.2013The level of thrombin in the blood can be determined using nanoparticles coated with a protein that thrombin breaks down. The split fragments of this protein in the urine can be used to measure the risk of blood clots and take measures to prevent them from appearing.
17.10.2013Lecture by Doctor of Physical and Mathematical Sciences, Academician of the Russian Academy of Sciences, Professor of Moscow State University, Vice-Rector, Head of the Department of Innovation Policy and International Scientific Relations of Moscow State University, Chairman of the Council for Science at the Ministry of Education and Science of the Russian Federation A.R.Khokhlov.
16.10.2013Volumetric "houses for microbes" allow you to observe the reproduction of bacteria in conditions close to the conditions of real human or animal tissue.
09.10.2013Flexible ceramic micro-columns can be very useful for biomedical nano- and micro-devices. In particular, ceramics with shape memory can be indispensable for the manufacture of micro drives.
30.09.2013Encapsulation inside hardened lipid nanoparticles increases the effectiveness of vaccines designed to form immunity against diseases that enter the body through the mucous membranes.
30.09.2013Spiral-shaped nanofibers make it possible to increase the functionality of bioengineered cardiac tissue grown on them.
26.09.2013A smartphone attachment developed by UCLA researchers allows you to turn it into a sensitive fluorescent microscope.
25.09.2013The name of the winner will be announced at the award ceremony, which will be held on November 1 within the framework of the Moscow International Forum of Innovative Development "Open Innovations".
24.09.2013The "nanorackets" that allow the vaccine to be delivered directly to the lymph node and lose almost nothing on the way were designed by the young firm Selecta Biosciences, whose laboratories are located in Watertown near Boston and in Khimki near Moscow.
16.09.2013Using artificial DNA as a "programmable glue", it is possible to assemble 3D gel structures of a given shape up to 1 mm in size.
11.09.2013Due to the gradient of ions seeping from cracks in the bone, negatively charged nanoparticles are attracted to the damaged areas, providing targeted drug delivery.
09.09.2013Russian nanobiotechnologists, combining several well-known microscopy methods, have designed a device that allows to study the three-dimensional structure of objects at the nanoscale level.
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