Comments of Sickle cell aneamia through variational and oscillatory methods

Abstract

In the present paper, the theoretical computation of minimum oxygen concentration that a sickle red blood cell (SRBC) can absorbed during vasoocclusion is made through variation principle and analysis of harmonic and an harmonic oscillators. The concentration of oxygen is found to follow circular functional path which oscillates about a point in comfort zone. Hence there exist some kind of dependence between the crystalline behaviors of the SRBC and oscillatory property of harmonic and an harmonic vibrators. The blood of a sickle blood system is found to be both mechanical and quantum mechanical systems and vaso-occlusion principle is the determining factor for the assertion.