| Magents For Treatment :Drug delivery system using ferromagnetic nano particles to a specific sites under the impact of magnetoreception |
| Paper ID : 1188-IUGRC6 (R1) |
| Authors |
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Rana Mohamed El Tabakh *1, Sohaila Hasan El Gammal2 1Faculty of Medicine and surgery Tanta University Egypt 2Faculty of Physical therapy Benha university - Egypt |
| Abstract |
| We have two main problems that we seek to solve it and we tried to find a solution for it. The first problem is that the drug may be take a lot of time to reach the target area and we face this problem in every illness that we want to treat the sick cells so taking time is really harmful becausećFor most therapeutic agents, only a small portion of the medication reaches the organ to be affected.The second problem that there are some drugs can't reach the specific area like the protein as the proteins can be digested before reaching the target. . Humans are not thought to have a magnetic sense,but there is a protein (a cryptochrome) in the eye which could serve this function.Under normal conditions,birds are sensitive to only a narrow band of magnetic field strengths around the geomagnetic field strength,but can orient at higher or lower magnetic field strengths given accomodation time.the structure of cryptochrome from a plant (Arabidopsis thaliana) is available, and the cryptochromes of plants and birds are structurally very similar. Recent experiments by Ahmad et al. (Ahmad,Galland,Ritz, Wiltschko and Wiltschko. Magnetic intensity affects cryptochrome dependent responses in Arabidopsis thaliana.Planta 225,615-624(2007)) have shown that Arabidopsis seedlings exhibit a magnetic field effect. Processes involved with cryptochrome signaling (such as hypocotyl growth inhibition) are enhanced under amagnetic field of 5. |
| Keywords |
| Nano-cobalt Nano-iron MRI Ferromagnetic cryptochrome Magnetoreception |
| Status: Accepted |