Aim. The work is devoted to investigation of processes in the kidney glomerular-tubular and canalicular-tubular balance in the load of water negative redox potential in the oliguric stage of sublimate nephropathy.
The object of study — 40 nonlinear mature white rats-males, which studied the effect of load water negative redox potential ((-232.0±25.12) mV) in the oliguric stage of sublimate nephropathy. There was demonstrated loss of positive correlations of relative reabsorption of water absolute, proximal reabsorption of sodium ions and reduction in the strength of correlation relative reabsorption of water from glomerular filtration in the oliguric stage of sublimate nephropathy with a load of water negative redox potential.
The detected changes in glomerular-tubular and canalicular-tubular balance indicate an improvement of the processes of active transport in the proximal nephron with a load of water negative redox potential.