The purpose of the study is to study the correlation rate of the quality of life, electroneuromyography, doppler and neuro markers BNDF in the blood in patients with a type 2 of type with diabetic foot syndrome.
Methods: The following 2 groups of patients were formed: 1 gr. - SDS patients, neuropathic form -37 patients, 2 gr. - SDS patients, neuroichmic form -35 patients, 3 gr. - Control group, these are 20 healthy persons of the appropriate age and gender.
Results: In all groups of patients, the quality of life is significantly different in the FSHC questionnaire compared with the control group (p <0.05). In patients with a neuroecemic form of diabetic foot syndrome, a significant decrease was found (p <0.05). All indicators of doppler song vessels of legs compared with patients with neuropathic shape.
Revealed significant correlations of FSHK and laboratory and instrumental indicators. A correlation connection with the duration of the disease, the duration of the disease, the levels of glycemia of an empty stomach, the level of the glycated haemoglobin, BNDF in the blood, the speed of blood flow in the femoral artery, in the lower leg, is discovered.
The definition of neuromuscular transmission showed that the patients of the 1st and 2nd groups have a weak reduction in muscle contraction involuntarily. This confirmed the impairment of neuromuscular transmission in both groups.
Conclusions: 1) A questionnaire to determine the quality indicators - FSHK is the most sensitive and informative to determine the quality of life in patients with type 2 diabetes mellitus with neuropathic and neuroecemic forms
2) FSHP questionnaire can be used for dynamic assessment of type 2 diabetes patients with neuropathic and neuroecemic forms in outpatient clinical practice.
3) Revealed significant correlations of FSHK and laboratory and instrumental indicators. A correlation connection with the duration of the disease, the duration of the disease, the levels of glycemia on an empty stomach, the level of the glycated haemoglobin, BNDF in the blood, the speed of blood flow in the femoral artery, in the shin, M-answer when stimulating a tibial nerve.
