Utility of neurodynamic techniques in Diabetes Mellitus from the plitogenic statistical approach

 Diabetes mellitus type 2 is an illness condition in which the glucose level is abnormal and causes harm to the peripheral 
nervous fibers originating the diabetic neuropathy. The major frequent damage occurs in the sensory-motor system, whose sym
ptoms include alteration in tactile perception, temperature, and loss of sensitivity in hands and feet. The evidence for treatments 
that include neural mobilization is limited, so this study aims to determine if intervention strategies with neural mobilization 
improve both sensory and functional responses in the neuropathy diabetic peripheral. We selected plithogenic statistics to carry 
out the statistical study because this disease is dynamically influenced by multiple factors of different natures. Plithogenic sta
tistics studies the random events that occur for the multiple random variables or parameters that determine them. Due to it being 
based on plithogeny, it is a generalization of dialectics where the neutral is incorporated. The advantage of using this tool is that 
we yield a more complete result of the study if we compare it to classical statistics.