Novosibirsk Region Research Articles

Prevalence of overweight and obesity among adults in the Novosibirsk Region

The authors conducted a study of the prevalence of overweight and obesity among the adult population of the Novosibirsk Region of different age groups and among men and women, as well as assessed the lipid profile of each group in order to study the degree of the problem associated with excess weight in different age groups of the population. The need to systematize existing approaches to the prevention of obesity to level out the impact of conditions associated with it on health is emphasized.

Study of new spring common wheat samples from the world collection in the conditions of the Ryazan region

In the conditions of the Ryazan region there have been studied 64 spring common wheat varieties from the collection of the Federal Research Center VIGRR named after Vavilov in order to identify valuable traits for use in breeding. Field trials were carried out in the collection nursery on dark gray forest heavy loamy soil in 2018–2022, using the methodological recommendations of the Federal Research Center VIGRR named after Vavilov. There has been established that the highest yields (more than 5.0 t/ha) were formed by the varieties ‘Arseya’, ‘Maestro’ (Ryazan region), ‘KWS Akvilon’, ‘Ethos’ (Germany), ‘KWS Torridon’ (Great Britain), ‘Odeta’ (Czech Republic), ‘Calispero’ (France), which was on 29.9–49.9 % higher than the mean variety productivity in the trial. Yield stability with the least variation (Cv) was established for the varieties from the Central region – RIMA, ‘Arseya’ (Ryazan region), ‘Zlata’ (Moscow region) and ‘Omskaya 36’ (West Siberian region) with 3.1–9.6 %. The studied assortment of plant heights was divided into groups, such as dwarfs (< 60 cm) – 4.7 %, semi-dwarfs – 12.5 %, medium-sized – 75.0 %, tall – 7.8 %. There were identified 8 early ripening varieties ‘Chelyaba 2’ (Chelyabinsk region), ‘Odeta’ (Czech Republic), ‘Zlata’ (Moscow region), ‘Novosibirskaya 29’, ‘Novosibirskaya 15’, ‘Polyushka’ (Novosibirsk region), ‘M-83-1531’ (USA), ‘Burlak’ (Ulyanovsk region). The varieties ‘Voevoda’ and ‘Favorit’ (Saratov region) showed high resistance to various pathogens. There has been found a strong correlation between productivity and the density of productive stems with r = 0.753±0.084. 0.808±0.075, an average correlation with a number of grains per head with r = 0.427±0.115. 0.716±0.089 and grain weight per head with r = 0.374±0.118...0.689±0.092. Grain weight per head was largely determined by a number of grains per head with r = 0.621±0.099. 0.824±0.072.

ВЛИЯНИЕ АБИОТИЧЕСКИХ ФАКТОРОВ СЕВЕРО-ЗАПАДНОГО РЕГИОНА НА УРОВЕНЬ СОДЕРЖАНИЯ БЕЛКА И АДАПТИВНУЮ ИЗМЕНЧИВОСТЬ ДИПЛОИДНЫХ СОРТОВ ОЗИМОЙ РЖИ

The aim of the study is a comprehensive analysis of winter rye varieties for environmental sustainability and identification of the most promising ones. The object of the study is 9 varieties of diploid winter rye (Grafinya, Kiprez, Flora (Kirov Region), Moskovskaya 18 (Moscow Region), Talovskaya 45 (Voronezh Region), Saratovskaya 10 (Saratov Region), Novosibirskaya 17 (Novosibirsk Region), Sudarushka (Tomsk Region)), which have been added to the VIR collection in recent years. The Era variety (Leningrad Region) served as a standard. The study was carried out on the experimental fields of the Pushkin and Pavlovsk Laboratories of VIR National Research Scientific and Practical Institute in 2019–2022. The soils of the experimental field are sod-weakly podzolic, sandy loam in mechanical composition, with neutral acidity (pH = 7.1–7.6). The thickness of the humus horizon is 23–47 cm, the humus content is 2.1–3.0 %. The supply of mobile forms of potassium is average, phosphorus is high, the predecessor is pure fallow. For an accurate and reliable assessment, the following indicators were used: environmental variation (Si2), variation coefficient (CV), measure of superiority (Pi), indicator of agroecological superiority (Jsp), stress susceptibility index (SSPi), stability indicator (YSi), ecological valence (Wi), degree of adaptation (DAA), reaction effect (Er), intensity indicator (I), stress resistance (Ymin – Ymax), compensatory capacity (Ymin + Ymax)/2, stability (Ymin/Ymax), responsiveness coefficient (Kr). Significant variability of protein content in grain was determined from 11 % in 2020 to 13 % in 2022. The varieties Talovskaya 45, Moskovskaya 18, Novosibirskaya 17, Sudarushka exceeded the standard variety Era by 1–0.4 %. Of the 14 indicators used, the following should be used for a more reliable assessment: the coefficient of variation (CV), the measure of superiority (Pi), the index of susceptibility to stress (SSPi), the ecological valence (Wi), the degree of adaptation (DAA), the effect of reaction (Er), the intensity index (I). The varieties Moskovskaya 18, Novosibirskaya 17, Sudarushka, Talovskaya 45 have a high degree of adaptability.

BIOLOGICALLY ACTIVE SUBSTANCES IN THE ORGANS OF IRIS SETOSA (IRIDACEAE)

The content of the main groups of biologically active substances in the flowers, leaves, rhizomes of Iris setosa cultivated under the conditions of the forest-steppe zone of the Novosibirsk Region has been determined. The content of tannins, pectins, protopectins, catechins, flavonoids, carotenoids during the seasonal development of plants was determined. It is found that tannin content in the leaves in all phenophases of I. setosa plant development is 6.3-8.5 times higher than in rhizomes. During the flowering period, flavonoid content in the leaves is 29.7 times higher than in rhizomes, during the stage of blossom fading it is 18.1 times higher, and at the stage of fruiting it is 25.1 times higher. The same accumulation of catechins (0.23-0.24 wt%) was found in underground and aboveground organs during the period of blossom fading. Pectin content in leaves during fruiting was detected to be 2.4-2.7 times higher than during flowering and blossom fading. Pectin content in rhizomes is 2.2-2.4 times higher during blossom fading and fruiting than during flowering. The content of carotenoids in flowers during flowering is 2 times higher than in rhizomes, but 2.6 times lower than in leaves. It is noted that the quantitative content of biologically active substances in the organs of I. setosa is determined by the peculiarities of growth and development during the seasonal period.

Modern Ways of Educating Parents of Children with Adhd

The relevance of the study is substantiated by the lack of modern programs of psychological and pedagogical education of parents of children with ADHD, taking into account the psychological characteristics and expectations of modern parents, against the backdrop of a growing number of children with these developmental characteristics who experience significant difficulties in the educational process. The main goal set by the authors is to identify effective modern methods of psychological education of parents of children with attention deficit hyperactivity disorder, applicable in the context of inclusive education. Methodology. In the course of the study, an analysis of current domestic and foreign scientific publications and scientific and methodological sources was carried out, the method of expert assessments was applied (a survey of specialists of the psychological and pedagogical support service of inclusive schools of the Novosibirsk region and employees of the Regional Center for Diagnostics and Counseling) and a method of studying pedagogical experience (an analysis of programs that are laureates of the “All-Russian competition of the best Psychological and pedagogical programs and technologies in the educational environment” 2021 and 2022 using the methodology of the evidence-based approach). Results. Theoretical analysis and a survey of experts confirmed the relevance of the problem of psychological and pedagogical education of parents, without whose active and competent participation in the organization of educational activities of children with attention deficit and hyperactivity, the efforts of specialists in psychological support of this specific group of children do not give the necessary effect. In addition, difficulties in organizing work with parents are identified and described, and it is shown that specialists face problems when choosing effective methods of education that take into account such features of modern parents as lack of time, orientation to digital sources of information, the need for active dialog interaction with specialists and visual provision of necessary information. It is confirmed that specialists of inclusive educational organizations need additional knowledge about the psychological characteristics of children with ADHD and their parents and in program and methodological materials with proven effectiveness. The results of the analysis of the programs-winners of the All-Russian competition led to conclusions about a clear shortage of program and methodological materials on psychological education of parents of children with ADHD, taking into account, among other things, the psychophysiological characteristics of parents of this group of children. It is shown that so far not all the award-winning programs provided in the register of the best psychological and pedagogical programs of the Federation of Educational Psychologists of the Russian Federation fully meet the criteria of practice with empirically proven effectiveness (evidence-based approach).

Economic and biological characteristics of soft winter wheat variety Krasnoobskaya ozimay

One of the main tasks of modern breeding is to create the varieties that are resistant to negative environmental factors giving consistently high yields in a changing climate. Since 2021, the variety of soft winter wheat Krasnobskaya оzimaya, created by recombination breeding, has been included in the State Register of Breeding Achievements. Its pedigree includes, along with wheat varieties, triticum-agropyrum hybrid and triticale. This variety was evaluated for its economically valuable traits and properties. The studies were carried out in 2015–2022 in the Novosibirsk region. Novosibirskaya 40 was the standard, Novosibirskaya 3 was the control. Krasnobskaya оzimaya variety is recommended for cultivation in the forest-steppe zone of the West Siberian region. It is medium maturing, has rather high winter hardiness (60.0%) and resistance to lodging (4.1 to 4.7 points) with plant height up to 101 cm. The weight of 1000 grains averages 37.9 g. The variety has a high coefficient of productive tillering (5.3 pcs.). Over the years of the study, the average yield of the variety was 5.03 t/ha. On average, according to the results of the tests in the state variety test plots of the Novosibirsk region the yield amounted to 4.34 t/ha, the maximum yield was observed at the Maslyaninsky variety test plot – 4.9 t/ha, which is 1.14 t/ha higher than the standard. According to the results of the ecological test, the yield exceeded the varieties Novosibirskaya 40 and Novosibirskaya 3 by 0.74 and 0.41 t/ha, respectively, winter hardiness was at the level of the standards. High and stable yield of this variety is formed due to a number of economically valuable features: productive bushiness, weight of 1000 grains, resistance to lodging, winter hardiness. According to the results of the study, it was determined that the optimal sowing date of the Krasnobskaya оzimaya variety is September 1 with a shift of 1–3 days in both directions.

Production and use of glucose-maltose-amino acid feed additive from cereal grains

One of the important issues in domestic livestock farming is the production of high-quality and environmentally friendly poultry products. Currently, technology and technological means have been developed for processing cereal grains into easily digestible sugars and amino acids using elements of nanotechnology such as cavitation, ionization and fermentation. Technical documentation has been developed for this technology. The technology was introduced at the Berdskaya poultry farm LLC in the Novosibirsk region. A distinctive feature of this technology is that the resulting new glucose-maltose-amino acid feed additive, which has high digestibility and biological value. Easily digestible sugars: glucose, maltose and amino acids obtained using new technology at low temperatures are better digested and absorbed by the poultry’s body. The purpose of the work was to analyze the production and use of glucose-maltose-amino acid feed additive from cereal grains and its use in feeding of boiler chickens. Testing of the new feed additive was carried out at the Berdskaya poultry farm LLC on broiler chickens of the 4-line cross Sibiryak. It was found as a result of research of a new glucose-maltose-amino acid feed additive when feeding broiler chickens that its introduction into the diet of broiler chickens had a positive impact on economic performance. Thus, in the control group the profi t was 7919 rubles, and in the experimental group it was 10 034 rubles. The level of profitability in the experimental group was higher than in the control group by 5,7 abs.%. Feeding broiler chickens by the new feed additive helped reduce the content of lead and cadmium in muscle tissue, so this product can be used for dietary nutrition.

Utilizing machine learning and vegetation indices for spring wheat yield forecasting

The results of research on the development and assessment of the accuracy of predictive models of spring wheat yield based on the use of remote sensing data and machine learning methods are presented. Yield data of spring wheat variety Novosibirskaya 31 obtained in a field experiment in the central forest-steppe of the Novosibirsk region in 2019–2022 were used in this work. Both qualitative predictors (the level of agrotechnologies intensification) and quantitative predictors (atmospheric precipitation in critical phases of wheat plant development and indicators of vegetation indices characterizing the condition of crops) were taken into account when creating the models. The use of various methods of intellectual data analysis, as well as the combination of parametric and non-parametric approaches in the study provided a sufficiently high accuracy of spring wheat yield forecasting. The methods used to predict spring wheat yield included linear regression, nonlinear Regression Splines based model, decision tree (CART), Random Forest, Adaptive Boosting (AdaBoost) and Gradient boosting. It was found that the models based on random forest, gradient and adaptive boosting algorithms were characterized by the highest predictive capabilities of crop yield depending on the emerging conditions of vegetation and controlling influence (R2 = 0.74–0.80). The development of predictive yield models using remote sensing and machine learning represent a certain scientific novelty and practical significance for effective management of crop productivity in changing soil-climatic and economic conditions. Predictive modeling is faced with multilevel environmental uncertainty and high variability of the resulting indicators on a particular land plot. In this regard, the multilevel approach may represent a promising solution for effective forecasting of spring wheat yield.

Pure-breeding and two-breed crossbreeding of pigs of different ecogenesis under industrial technology conditions in Western Siberia

Currently, in Western Siberia zoned breeds of animals are used for industrial crossbreeding such as Large White, Landrace, etc. These breeds as well as their crosses will continue to make up the main share in pig breeding in the region. Recently, the import of meat breeds in order to improve fattening and pork traits of pigs have been used. For example, at the end of the 20th century pigs of Estonian bacon breed, boars of German Landrace and Kahib breeds of Hungarian breeding were brought to the Novosibirsk region. The purpose of the research was to analyze pure-breeding and two-breed crossbreeding of pigs of diff erent ecogenesis under industrial technology conditions in Western Siberia. A comparative assessment of the reproductive and productive traits of Large White breed sows was carried out during pure-breeding and crossbreeding with boars of meat breeds such as Estonian bacon, Kahib and Landrace. In order to carry out the research, 4 groups of animals were formed, which were under the same feeding and housing conditions. In the animal breeding area, soil, water and feed were monitored for the content of heavy metals, and no excess of the MAC was found. The main indicators characterizing reproductive traits and traits of productivity have been studied. With pure-breeding (♂ Large White × ♀ Large White), the prolifi cacy of sows were 10,7 piglets, and the litter weight was 168,5 kg. Under the conditions of Western Siberia, with the two-breed crossbreeding of Large White breed sows with Estonian Bacon, Kahib and Landrace boars the weight of hybrids at 2 months of age in all cases was in the range of 180–186,4 kg and statistically significantly exceeded purebred Large White breed herdmates (p < 0,001). Thus, differences in the growth rates of crossbred and purebred young animals depended on the combination of breeds chosen for industrial crossbreeding.

New and Rare Alien Species in the Flora of the Novosibirsk Region and the Republic оf Altai

New and Rare Alien Species in the Flora of the Novosibirsk Region and the Republic оf Altai

Addition to the flora of the Republic of Altai and the Novosibirsk Region

Addition to the flora of the Republic of Altai and the Novosibirsk Region

Easy of calving cows for dairy pro- ductivity

Data are presented on the dependence of the ease of calving on the duration of the dry period, gender, the number of gestated fetuses and its influence on the frequency of occurrence of specific pathologies of childbirth and the postpartum period and the frequency of insemination in dairy cows of productivity in the conditions of Sibirskaya Niva LLC, Novosibirsk region. More often, childbirth proceeded normally (easy), without outside intervention - 91.36 %, mild and moderate pathology was observed in 3.35 and 4.41 % of cows, and in rare cases, calving was accompanied by severe pathology - 0.87 %. The severity of the birth process increased with a decrease in the duration of the dry period. Thus, in animals with easy labour, the dry period was 54.73 ± 0.27 days; in animals with severe pathology, it was three days less - 51.74 ± 1.33 days. In cows with mild labour, the birth of one calf was more often observed; the number of twins did not exceed 8.95 %. The severity of labour was accompanied by an increase in the number of twins; in the group of animals with arduous labour, it reached 84.21 %. With a problematic labour process, the frequency of stillbirths in groups increases by 4.41 %. Animals with difficult births have an increased risk of obstetric and gynaecological pathology. Thus, in cows with a severe course of the birth process, in 26.32 % of cases, pathology of the third stage of labour was observed, accompanied by retention of the placenta. In the postpartum period, postpartum paresis was often recorded - 42.11 % and various types of metritis - 21.05 %. In contrast, with a mild course of labour, all the pathologies we studied were recorded in aggregate only in 29.35 % of cows. In animals with arduous labour, 1.05 more doses of semen were spent on fertile insemination than in animals with normal labour.

Natural food base of fish culture ponds and its use in growing fellow of carp

A study of the natural food supply of the nursery ponds of Ecopark LLC’s fish farm in the Moshkovsky district of the Novosibirsk region was carried out in July–August 2022. Carp fingerlings were raised in the ponds with a stocking density of 34.77 and 57.73 thousand/ha. During the growing period, carp fingerlings were fed 5000 kg of feed mixture in equal parts of crushed barley and wheat grains. The species composition of zooplankton in the studied reservoirs is monotonous and is represented by nine species. Variable species diversity was observed in all reservoirs. The number of zooplankton in July in ponds No. 5 and No. 2 was 76344.45 and 48311.11 ind./m3, in August – 56800 and 48616.67 ind./m3; biomass – in the range of 2724.88-5777.86 and 1618.65-2258.73 mg/m3, respectively. Analysis of variance showed a relationship between the mass of under-yearlings and zooplankton biomass. It is 0.70, which indicates that the mass of carp under-yearlings increases with an increase in zooplankton biomass. The identified differences in the rates of linear growth and weight depending on the stocking density make it possible to establish fish productivity - in pond No. 2. It was 806.4. In pond No. 5 - it was 878.4 kg/ha. Planting 37.33 ind./ha is more productive and gives better growth indicators (average length and weight of carp fingerlings at the end of the study are 10.91 cm and 26.96 g, respectively) than planting 57.77 ind./ha (average length and weight at the back of the study 9.70 cm and 18.67 g, respectively). The planting density of 37 thousand specimens/ha makes it possible to grow fingerlings with a standard weight of 25-26 g. The influence of the stocking density factor on the weight of fingerlings is 0.92 (at a level of P > 0.001). Fish productivity in Pond No. 2 was 806.4 kg/ha, and in Pond No. 5, it was 878.4 kg/ha.

Coronaviruses in rodents and insectivores in Altai Republic

Coronaviruses (family Coronaviridae, genera Alphacoronavirus, Betacoronavirus) are dangerous viral pathogens that have caused three outbreaks of severe respiratory diseases, SARS, MERS, COVID-19. In Russia, data on coronaviruses in natural reservoirs are limited, as investigations began only during the COVID-19 pandemic.The aim. To study the diversity of coronaviruses among rodents and insectivores in the Republic of Altai.Materials and methods. Rodents (n = 67) and shrews (n = 52) were captured in 2022. Samples were analyzed by reverse transcription-polymerase chain reaction followed by sequencing.Results and conclusions. Four samples from rodents (Myodes rutilus, M. glareolus, Apodemus peninsulae, A. agrarius) and two samples from an insectivore (Crocidura sibirica) were positive for coronaviruses, among which three different coronaviruses were detected. Rodent-borne coronaviruses are classified in the genus Betacoronavirus, subgenera Embecovirus, and have shown host associated clustering. The nucleotide sequences of Siberian coronaviruses from rodents were identical for closely related species (M. rutilus and M. glareolus, A. agrarius and A. peninsulae) and close (> 94 % homology) to previously published sequences in each of the groups of carriers found in the territory Novosibirsk region, Europe and China. The coronavirus identified from the insectivore, possibly belonging to a new subgenera of the family Coronaviridae, has also been assigned to the genus Betacoronavirus.Conclusion. Five species of natural carriers of three different coronaviruses were detected in the Altai Republic. A high level of identity of coronaviruses genomes from rodents has been revealed, indicating a relatively low rate of their evolution.

Biologization of potato cultivation technology in Western Siberia

As a result of studies conducted in 2014–2017. based on the agro-complex “Giant’s Gardens”, it was established that the biological product Fitop 8.67 had a fungicidal effect on Rhizoctonia while simultaneously having a growth-stimulating effect and increasing potato productivity in the conditions of the Novosibirsk region. The drug Fitop 8.67 helps to increase the biometric indicators of the early ripening potato variety Rosara, such as plant height (1.9 times), number of stems (1.6 times), and weight of 1 plant (1.2 times), compared to the control. At the same time, the drug helped reduce the prevalence of rhizoctoniosis during the growing season. The biological effectiveness of the medication at week 4 was 65.6 %. At week 6 – 83.8, and at week 10 – 80.5 %. Pre-planting treatment of potato tubers with the biological preparation Fitop 8.67 positively affected the crop’s formation. Under the influence of the microbiological complex, there was an increase in the proportion of tubers of the large fraction and a decrease in the small fraction. The average increase in yield over four years was 6.63 t/ha. The prevalence of rhizoctoniosis on tubers of the new crop in the experimental version decreased from 24.55 to 15.5 % in 2014, from 55.3 to 1.55 in 2015, from 62.0 to 15.6 in 2016 and from 40.67 to 4.1% in 2017. In this regard, we can recommend the use of the biological product Fitop 8.67 at a concentration of 1x106 CFU/ml for pre-planting treatment of tubers as a stimulant growth with fungicidal properties, to increase productivity, as well as to reduce the chemical load on the agrocenosis of the potato field.

Application of bacteria strains of the genus Bacillus in picking strawberry rosettes

In production experiments in the period 2014-2017, carried out in the production nursery of the agricultural artel "Gardens of Siberia" (Novosibirsk region), the introduction of strains of saprotrophic bacteria of the genus Bacillus into the soil had an adaptive effect on plants, increased the survival rate of rosettes of wild strawberries during wintering by 14.9-21.8% relative to control. A practical growth-stimulating effect on rosettes has been proven in the B. subtilis strain VKPM V-10641 and the experimental biological product Fitop 8.67: 24-29% more young leaves than in control; the length of the root system of plants significantly increased by 9.4-13.5%; total plant biomass – by 42.5%. The effect of improving the commercial quality of seedlings grown from picked rosettes under the influence of the B. subtilis strain VKPM V-10641 and the biological preparation Fitop 8.67 has been proven to be 35.2 and 28.2% higher than the control, which significantly exceeded the effect of the reference humic preparation Phoenix, 0.05 %. Under the influence of treatment with the B. licheniformis strain VKPM B-10562, the number of standard seedlings reached 63.7%, or 21.1% higher than the control, at the same level as the standard. The use of saprotrophic bacterial strains was at the same efficiency level as for the B. licheniformis strain VKPM V-10562 or at a higher level of efficiency for the B. subtilis strain VKPM V-10641 and the drug Fitop 8.67, in comparison with the humic standard Phoenix, 0.05 %, which indicates the prospects of their use in the technology of growing seedlings from pickled strawberry rosettes.

Soil cover hetrogeneity in the system of inventory of agricultural land

The article examines the heterogeneity of the soil cover of production fields and working areas as one of the most important indicators of productivity and technological properties of land. It is noted that traditional indicators of the quality of land plots do not meet modern requirements for assessing the level of soil fertility and technological properties of the land plot, among which the diversity of the soil cover of the land plot is of great importance. The purpose of this study is to substantiate the applicability of morphometric indicators of soil cover structure, in particular, the soil cover contrast coefficient, to improve the qualitative assessment system, including when conducting an inventory of agricultural land. The study used methods of comparative geographical analysis of the structure of soil cover in key areas - land uses within the Priobsky plateau in the southern part of Western Siberia. We used stock, statistical, and cartographic materials of the IV round of soil survey of lands on the territory of the Kremlevskoye agricultural holding in the Novosibirsk region at a scale of 1:25000, digitized in the MapInfo Professional environment. To calculate the morphometric characteristics of the soil cover and, in particular, the contrast coefficient, the statistical-cartometric method was used. The dependence of the yield of grain crops on a specific land plot on the degree of contrast of soil cover for different agro-ecological groups of lands is shown.In conclusion, the article proposes to expand the list of characteristics used to assess the quality of agricultural lands when conducting their inventory in the system of land management measures.

Digitalisation of crop rotation for sustainable development of cropping production in Siberia

Development of an algorithm for digitalisation of crop rotation as a basis for ensuring sustainable development of crop production. The algorithm presented in the article aims to rethink the options for obtaining data for compiling crop rotation. The use of crop rotations, as an essential tool for a crop-growing enterprise, can directly stimulate an increase in fertility by at least 10-12% with the correct selection of crops and also become one of the sources of weakening the development of land degradation, which only in the share of agricultural lands in the Novosibirsk region occupies no less than 12%. In some regions, this figure is growing and, in some cases, exceeds 40%, resulting from natural and not insignificant anthropogenic factors. The integration of an automatic planning tool is one of the steps for the development of crop production. Large agro-industrial complexes have long been puzzled by the idea of optimizing production and are increasingly resorting to precision farming technologies, conducting seasonal monitoring in the fields and carefully controlling all economic activities, which in turn accumulates a large array of data, which is often almost not analyzed. The study of this data can actually adjust the planned crops for subsequent seasons and be a kind of recommendation to the farm for corrections or confirmation of the correctness of the decisions made. In turn, the accuracy of the algorithm directly depends on the input data and the amount of it provided by crop farms. One of the driving forces behind the development of the proposed algorithm is the gradual decline in the proportion of professional agronomists, which requires the creation of a tool to verify the data obtained by less experienced or novice agronomists.

ПРИМЕНЕНИЕ НОВЫХ МЕТОДИК ЛУЧЕВОЙ ТЕРАПИИ В ЛЕЧЕНИИ РАКА МОЛОЧНОЙ ЖЕЛЕЗЫ И РАКА ПРЕДСТАТЕЛЬНОЙ ЖЕЛЕЗЫ В РАМКАХ РЕАЛИЗАЦИИ НАЦИОНАЛЬНОГО ПРОЕКТА «ЗДРАВООХРАНЕНИЕ» В НОВОСИБИРСКОЙ ОБЛАСТИ

In 2023, within the framework of the national project “Healthcare”, two state of the art linear accelerators for radiation therapy were put into operation at the State Budgetary Healthcare Institution of the Novosibirsk Region “Novosibirsk Regional Clinical Oncology Dispensary”: Elekta Versa HD and Elekta Infinity. Thanks to the new equipment and the new dosimetric planning system, it became possible to use modern radiation therapy technologies in the Novosibirsk Region. The use of the new equipment is becoming especially relevant for the treatment of leading tumor diseases – breast cancer in women and prostate cancer in men.

Потенциал создания и внедрения технологий искусственного интеллекта в регионах России

Geography of innovation allows us to understand the spatial patterns for creation, diffusion, and support of new technologies, although with the development of communications there is a delusion of insignificance of space in these processes. The development of one of the breakthrough technologies – artificial intelligence (AI) – cannot be widespread but must be concentrated in centers with high innovation potential, where the intensity of knowledge spillovers is high. In Russia, education in the field of AI can be obtained in 21 regions, research is conducted in 35, and technology is being developed in 40. We proposed a rating of the regional potential to create AI technologies based on scientific and technological development and the main elements of the regional innovation ecosystem in the field of AI. It shows a high concentration of potential in Moscow and several creative core regions: Moscow region, St. Petersburg, Tatarstan and Novosibirsk region. 16 creative-acceptor centers have also been identified, capable of both creating and implementing AI technologies, mainly acceptor centers (23 regions) and 40 regions with minimal potential. Leading regions can receive priority attention and funding in Russia. In acceptor regions, advantage may be given to AI production technologies, and in lagging regions, increasing the population’s receptivity to digital technologies in general.