[The effect of hemocarbosorption and biohemosorption on oxygen metabolism and intoxication in patients with peritonitis in multiple organ failure].
An analysis of results of treatment of patients with diffuse peritonitis has shown that the syndrome of polyorganic insufficiency is found in 24.2% of cases. A system of score screening assessment of severity of the course of polyorganic insufficiency syndrome has been developed. The dynamics of indicators of intoxication and oxygen metabolism was used for comparison of efficiency of hemosorption and biohemosorption. Conclusions are made that hemocarbosorption is preferable at the first phase of the syndrome of polyorganic insufficiency while biohemosorption--at the second phase of polyorganic insufficiency.
Abstract We theoretically study the optical absorption in a quantum well with the semi-parabolic potential plus the semi-inverse squared potential (SPSIS) in the presence of a static magnetic field in which both one- and two-photon absorption processes have been taken into account. The expression of the magneto-optical absorption coefficient (MOAC) is expressed by the second-order golden rule approximation including the electron–LO phonon interaction. We also use the profile method to obtain the full width at half maximum (FWHM) of the absorption peaks. Our numerical results show that either MOAC or FWHM strongly depends on the confinement frequency, temperature, and magnetic field but their dependence on the parameter β is very weak. The temperature dependence of FWHM is consistent with the previous theoretical and experimental works.