The objective of the clinical trials is to “reduce blood viscosity and suppress turbulence with magnetic fields of 1.0 T or higher in the blood flow direction to treat cardiovascular diseases and strokes.” This will occur by utilizing a unidirectional magnetic field to allow the blood to flow in a parallel or antiparallel direction until the blood viscosity is reduced and the turbulence is suppressed. Currently, there is only one approach to reduce blood viscosity, which is taking aspirin. Consuming high doses of aspirin can cause various effects such as “gastrointestinal bleeding which causes ulcers, colitis, and gastritis. Studies have shown that when aspirin is used to reduced blood viscosity, it does not suppress turbulence. The preliminary tests show that after 10-15 minutes of magnetic treatment, the patient’s blood pressure decreased from 140/99 mmHg to 115/75 mmHg. The effect lasted more than 24 hours after the treatment. Although it is not permanent, it can be repeated. In addition to the above effects, a strong magnetic field will also beak rouleaux and improve blood’s oxygen function. This will be verified in our clinical trials. The impact of the results of the clinical trial is significant because there were no side effects compared to consuming high doses of aspirin.

Utilizing magnetic fields to reduce blood viscosity, suppress turbulence, and improve blood oxygen function

Macromolecular Chemistry: The Second Century

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ACS Spring 2020 National Meeting & Expo

The official archive and repository for all ACS Meetings & Expositions abstracts and select posters or presentations.