03.00.00 Biological sciences
-
ENZYME ACTIVITY OF SEVERAL SOILS OF THE CRIMEA
DescriptionThe article considers the enzymatic activity and some other ecological and biological properties of zonal soils of the Crimea (cambisol, Chromic cambisol, different subtypes of chernozems). We have revealed significant differences in catalase, dehydrogenase, polyphenol oxidase, peroxidase, invertase for soils of the Crimea, which can not be explained only by the content of soil organic matter. Despite the low humus content of the soil, some have a high level of some enzymes. The level of enzyme activity depends on the reaction medium, the content of carbonate and other soil properties. We have also revealed that the agricultural use of brown soils under vineyards leads to a significant change in their properties and enzymatic activity
-
TROPHIC ASPECTS OF FORMATION OF COM-POUND COMPOST
DescriptionCreation of complex compost provides the inclusion of about 10 kinds of organic and mineral wastes, the management of which optimizes their unification in order to create effective compounds, which noticeably change the physical, chemical and biological complexes by enhancing their long activity (4-6 years), ranging from their introduction into the upper layer of the soil, taking into account the development of microorganisms, strengthening water-physical links, enriching chemical ones and extending biological relationships with the expansion of ecological niches
-
Description
Study results of Crambe maritima L. growth and development at introduction in Botanical garden of SFU are presented in article. It was revealed that the life cycle of majority specimens lasts three years. Results the ontogenetic and phenologic studies testify about success of primary introduction of Crambe maritima
-
Description
Differentiation of temperature influence on embryos at incubation of eggs shows positive results: the output of chickens is synchronized, duration of embryogenesis is reduced, deductibility of eggs raises, the young growth output increases
-
Description
In the process of the research we had accomplished an analysis of allelic polymorphism of self-incompatibility in pears in demand in the production and breeding of modern varieties of pears of North-Caucasian Zonal Research Institute of Horticulture and Viticulture collection of genetic resources. In the first stage the consensus primers PycomC1F and PycomC5R were used. With obtained data, after identification of the alleles studied in varieties using consensus primers an allele specific S5 and S8 DNA markers were used for confirming the presence / absence of data allele studied cultivars
-
Description
In this article there have been given an analysis of a complex of biochemical signs, usual for cold resistant apple, cherry and plum sorts. There have been found the regularities of variability for different complexes of biochemical signs which is similar for all investigated cultures
-
THE ROLE OF MINERAL FERTILIZERS IN REGULATION OF HARMFUL ENTOMOFAUNAS ON PERENNIAL LEGUME SEED CROPS
DescriptionThe article presents the results of the studies on the effect of phosphorus-potassium fertilizers on the number of main pests of perennial legumes by phases of their development in the conditions of Central Black-Soil Region southeast
-
Description
In the article we gave the review of the results of treatment of bronchitis of young large horned livestock with electro-reflex therapy. The results of the treatment with the clinical process of the illness and the results of biochemistry of blood were also discussed
-
COMPLEX COMPOST AND DETOXICATION OF AGROLANDSCAPE SYSTEMS
DescriptionToxicity complex compost arises during compiling of organomineral mixtures of various waste of life, agriculture and mineral industries. One of detoxification factors of complex compost is the ability of heavy metal cations to the formation insoluble compounds, which are fixed by clay materials and different disperse systems, and differ markedly by calcium content, acidity and humus soil-absorbing complex
-
STRUCTURAL AND PHYLOGENETIC ANALYSIS OF VVMYBA1, VVMYBA2 AND VVMYBA3 GRAPEVINE GENES
DescriptionThe article presents the structural and phylogenetic analysis of VIT_02s0033g00410, VIT_02s0033g00390 and VIT_02s0033g00450 genes of the grapevine genome and the closely related orthologous gene MYB114 of the Arabidopsis genome. These genes are responsible for the biosynthesis of anthocyanin in the organs of model plants and are of interest not only for practical production and breeding, but also for fundamental research. These genes were analyzed for GCcomposition of nucleotides, the presence of cisregulatory elements and promoter regions. DNA and protein sequences were aligned to look for similar elements, which allowed further analysis of the ultraconservative domains of four genes. Based on the results of search and identification of the conservative regions, a cluster tree was constructed, which made it possible to identify the separation of gene sidelines from, presumably, the main one. At the same time, the construction of consensus trees based on DNA and protein sequences revealed their absolute similarity. "The Minimal Evolution Tree" allowed calculating the approximate dates of the appearance of the mutations and the divergence times of the gene branches between each other. At the same time, the appearance of the Vitis genus and its separation from the Rosales was taken as the time first divergence point. In the end, homologous metabolic pathways were searched between grapevine and Arabidopsis, which revealed the presence of homologous proteins in the grape proteome. In this turn, it already confirms the existence of similar biosynthetic pathways and, as a consequence, interactions such as "DNA-protein" and "protein-protein"