Rehabilitation of Patients after Ischemic Stroke Using Transcranial Direct Current Stimulation

45 patients in the acute period of ischemic stroke, aged 39–71 years were examined. All patients underwent: a study of neurological and somatic status, with verification of neurological deficit according to the NIHSS scale , to assess impairment of consciousness and coma, the Glasgow scale, to assess the degree of motor and daily activity using the Rankin and Barthel scale , to assess the recovery of motor deficit after a stroke, the APAT test was used . The use of TES in patients with stroke, regardless of the electrode application area, improves cognitive functions in naming objects, performing speech functions, which is accompanied by an increase in patients' motivation for rehabilitation and treatment and is reflected in an improvement in their quality of life

Ayniyat yordamida tengsizliklarni isbotlash

Tengsizlikni isbotlashning ko’plab usullari mavjud. Biz ushbu maqolada o’quvchilarga bir ajoyib ayniyat va uning qo’llanishiga doir bazi malumotlarni taqdim etamiz

Technology of fabrication of CdSxTe1-x solid solution on silicon substrate

Heterojunction between Si and CdSxTe1-x have been obtained by the method of vacuum deposition of powders of cadmium sulfide and cadmium telluride on the surface of monocrystalline silicon. The optimal temperature regime for the growth of the CdSxTe1-x solid solution on the silicon surface has been determined. The values of the crystal lattice constant and the thickness of the CdSxTe1-x solid solution at the interface of the n/Si – n/CdSxTe1-x heterostructure are calculated

VICTIMOLOGICAL PREVENTION OF CRIMES COMMITTED AGAINST PERSON BY USE OF VIOLENCE

The a rticle analyzes v ictim o lo g ica l preve n tio n o f crim es co m m itte d a g a in s t a person th ro u gh violence, its features, as w ell as fo re ig n experience on this issue

THE PROCEDURE FOR USING THE RESULTS OF OPERATIONAL INVESTIGATIVE ACTIVITIES AS EVIDENCE

The a rticle is d e v o te d to the p roce d u res e stablished b y la w fo r using the results o f o p e ra tio n a l search activities as evidenc

WHEAT YIELD FORECASTING USING NDVI AND CROP STATISTICS IN TASHKENT PROVINCE

Monitoring of crop conditions is important part for the agricultural development system of the country. The production and prediction of wheat yield have direct impact on national and international economies, and play an important role in the food management in Uzbekistan. Today wheat yield production in Uzbekistan is receiving considerable attention from governmental organizations and farmers. The objective of this study is to investigate how we can best predict wheat yield during the vegetation period in Tashkent province. The approach used in this study is based on a crop growth model which is able to quantify the effect of weather conditions on crop growth. The model focuses on indicators from Crop Growth Monitoring System (CGMS) and Remote Sensing data to use year to year variation of wheat yield in Tashkent province. The results showed the positive correlation between the predicted yield and field data (R2 = 0.87) and indicators maximum NDVI and maximum DMP which are driven from remote sensing data are performing the best at regional level

Soil salinity mapping by different interpolation methods in Mirzaabad district, Syrdarya Province

Abstract Soil salinity is an important global issue and especially on irrigated areas due to its great impact on a crop production system. Proper soil salinity mapping can improve land use management. The goal of this study was to improve the accuracy of soil salinity mapping with the two objectives (1) to evaluate different interpolation methods during soil salinity mapping and (2) to identify of differences in soil salinity assessments in irrigated land of Mirzaabad district which is most affected by salinity in Syrdarya province of Uzbekistan. Soil salinity data measured by EC meter was obtained from Syrdarya Hydromelioration Expedition. Different four interpolation methods such as Inverse Distance Weighted (IDW) with power 1, 2, and 3, and Kriging techniques were used for the generation continuous surface of soil salinity maps. The cross-Validation method with the assessment of Root Mean Square Errors (RMSE) shows that IDW with power 2 (IDW-2) most accurate. The maximum difference reached between IDW-2 and IDW-1 on the slightly saline area where the value decreased by 55% of the total irrigated land of the district. Minimum differences reached on IDW-3 on moderated saline class and higher than IDW-2 on 408.6 ha.</jats:p

Soil salinity mapping by different interpolation methods in Mirzaabad district, Syrdarya Province

Soil salinity is an important global issue and especially on irrigated areas due to its great impact on a crop production system. Proper soil salinity mapping can improve land use management. The goal of this study was to improve the accuracy of soil salinity mapping with the two objectives (1) to evaluate different interpolation methods during soil salinity mapping and (2) to identify of differences in soil salinity assessments in irrigated land of Mirzaabad district which is most affected by salinity in Syrdarya province of Uzbekistan. Soil salinity data measured by EC meter was obtained from Syrdarya Hydromelioration Expedition. Different four interpolation methods such as Inverse Distance Weighted (IDW) with power 1, 2, and 3, and Kriging techniques were used for the generation continuous surface of soil salinity maps. The cross-Validation method with the assessment of Root Mean Square Errors (RMSE) shows that IDW with power 2 (IDW-2) most accurate. The maximum difference reached between IDW-2 and IDW-1 on the slightly saline area where the value decreased by 55% of the total irrigated land of the district. Minimum differences reached on IDW-3 on moderated saline class and higher than IDW-2 on 408.6 ha

Assessment of land degradation changes in mountain areas in Tashkent province

Abstract Analyzing the trend of land degradation changes and its cause and consequence in the mountain ecosystem is a matter of concern for sustainable development. It’s important to know that only 10% of the world’s population in rural areas depends directly on natural resources for their livelihood and 40% depends indirectly, i.e. water, biodiversity, and ecosystem. This study focuses on the assessment of land degradation changes in mountain areas of Tashkent province using GIS techniques. The study area is located lowland in the western part of the Tian Shan mountains. The results show that overgrazing significantly affects the mountain ecosystem, which decreased up to 29 thousand ha of pasture land over ten years between 1989-1998. However, changes during 2008-2018 show a significant rise in the pasture area, ending with 45 thousand ha of land. In conclusion, during last decades in Uzbekistan rehabilitation achievements be due to (i) complex measures taken by government and ecologists, who clearly recognized that if the previous scenario will continue, the ecosystem of high altitude areas could be irreversibly damaged; (ii) cutting trees from a forest which leads to decrease forest area and increase pasture area.</jats:p