Good tolerability of workload within 30-40 min. was observed. The improvement in the EDSS was detected in 9 patients, in whole, a significant positive trend (p<0.01) was shown. The study of the biomechanics of the walk showed its significant impairment compared to healthy individuals: reduction of parameters of rate, speed and step length, significant instability, pronounced asymmetry, the decrease in support and shock lower limb function, high coefficient of variability of the parameters, the phenomenon of recurrence of the vertical component of support reactions. After a course of exercise of walking in the exoskeleton, the walking speed and stability increased, oscillation of the body decreased, support function increased, the phenomenon of cyclical changes of the vertical component of support reactions reduced. The results of the pilot study showed promising future research opportunities for robotic-assisted walking and maintenance of the vertical posture with the help of the exoskeleton ExoAtlet to restore the abilities of movement in MS patients with locomotor disorders.
Acute ultraviolet (UV) -induced skin damage is associated with structural alterations, vasodilatation and inflammatory response. Leukocyte infiltration is one of the main features of inflammation and could be found in the area of UV injury. It was shown that porphyrins which have well-known autofluorescent properties play a role in the chemoattraction of immune cells to the area of local damage. This study examined the possibility of application of laser fluorescence spectroscopy (LFS) in the assessment of ultraviolet-induced immune response in ICR mice. Animals (N=25) were exposed by UVB light and LFS was conducted on the dorsal skin of each mice 0, 0.5, 3, 6 and 24 hours after UV irradiation. Moreover, in every time point we performed skin biopsy and histology. Using LFS, time-dependent dynamic changes in the fluorescence parameters of porphyrins were found. Mentioned indices were in a good agreement with histological findings. Statistically significant correlation was found between the severity of inflammatory infiltrate and the tissue content index (η) of porphyrins (Pearson correlation coefficient: r = 0.912, p = 0.031). Achieved results not only have fundamental value but could be further investigated and applied in clinical practice: e.g. to objectively predict individual immunologic reaction to UV-light.
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