Electromagnetism, Blood Flow and Coagulation

There is a lot of uncertainty in the theory hemodynamics. The amount work need to displace blood systemic circulation, exceeds done by left ventricle. With this, recovers increased flow resistance between heartbeats with Womersley number alterations rhythm accompanying electrocardiogram (ECG). Viscoelastic transformation heavily expressed coagulation. must be relationship ECG and transient resistance. influence electromagnetic field on coagulation was studied. Venous affected oscillated (500 - 5000 Hz), square wave input signal 25 healthy individuals (15 males, 10 females age 18 57 years). Electromagnetic irradiation (EMI) time sample 3 min. Hypocoagulation normal samples revealed (decreased quantity Platelets up 23 × 109/L, Prothrombin index 9% 10%, Fibrinogen concentration 0.20 0.21 g/L) thrombolysis after stasis. Ac electric from myocardial depolarization initiates electroacoustic phenomena. An emerging repulsing force acts red cells (RBC) addition pulse pressure heart, promotes motion viscoelastic changes. inertial elasticity, hemodynamics, are facilitated magnetic features hemoglobin. external can manage process, including thrombolysis.