Save to Existing Project
Save to a New Project
Yeda R&D Co. Ltd
Abstract ID: 1540
Current TMS methods and TMS methods under development, suffer shortcomings of a highly specific directional electric field, which demands a precisely targeted application. Current methods are extremely sensitive
Current TMS methods and TMS methods under development, suffer shortcomings of a highly specific directional electric field, which demands a precisely targeted application. Current methods are extremely sensitive to the movements of the patient or the device. Once a position is established the patient must remain still for the treatment. Furthermore, stable and reproducible positioning is costly and time-consuming.
There is a need for accurate, cost-effective, enhanced rfTMS devices for treatment of depression, migraines and other mental disorders.
Researchers at the Weizmann Institute developed a method to induce a rotating magnetic field in TMS applications, yielding optimal targeting of brain regions where correct orientation cannot be determined (e.g. via motor feedback). This innovative method can also stimulate brain regions with no preferred axonal orientation, and open new applications in diagnostics and research in neuronal cultures and rats, previously unresponsive to conventional TMS.
The theory behind this technology involves the understanding that neural response is direction dependent. Neurons whose axons are parallel to the magnetic field will be most significantly stimulated. Additionally, factors of magnetic field, rise time and neural cooperatively play a role. All these are addressed by a rotating magnetic field creating anisotropy of angles that match the neurons? orientation and the excitation of dendrites by applying pulses of the order of 1ms. This solution offers greater control over the TMS system.
A novel TMS method that eliminates the restrictions of angular positioning, exciting more neurons per area of stimuli, in further areas of the brain.
Please enquire quoting reference 1540 regarding licensing or codevelopment partnerships.
Last Updated May 2015