South Kazakhstan State Pedagogical Institute

South Kazakhstan, Kazakhstan

South Kazakhstan State Pedagogical Institute

South Kazakhstan, Kazakhstan

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Turebekova G.Z.,South Kazakhstan State Pedagogical Institute | Shapalov S.,South Kazakhstan State University | Sakibayeva S.A.,South Kazakhstan State University | Zharylkasyn P.M.,South Kazakhstan State University | And 4 more authors.
News of the National Academy of Sciences of the Republic of Kazakhstan, Series of Geology and Technical Sciences | Year: 2016

The important scientific direction of petrochemistry is manufacture of plasticizers, softeners, vulcanizing agents, fillers on the basis of industrial wastes. This allows to expand the raw-material base, use heavy stocks of refinery wastes, reduce environmental pressure on the nature and solve the problem of manufacture of importsubstituting softeners for the rubber-processing industry of Kazakhstan. Besides, the feature of Kazakhstan petroleum crude oils is high concentration of sulfur compounds, in consequence of which much wastes are formed. Optimization of developed rubber compounds for manufacture of a wear-resistant chafer strip of passenger car tires was carried out by serial analysis of influence of content of each of the components separately (sulfur and oil sludge) at the fixed amount of other ingredients on the rubber properties. With a view to identify optimal amount of organic share of the oil sludge in the content of rubber compounds, rubber compounds with different content of organic share of the oil sludge were gained. Plasticizers and softeners were substituted to the organic share of the oil sludge. Also polymeric and colloidal sulfur mixture of Tengiz field was used as a vulcanizing agent in the receipts of rubber compounds. The results of comprehensive tests showed replaceability of traditionally used in the rubber compounds softeners to the organic share of the oil sludge and use of Tengiz sulfur as a vulcanizing agent. © National Academy of Sciences of the Republic of Kazakhstan, 2016.


Sabden O.,The Institute of economics of Committee of Science of the Ministry of Education and Science of the Republic of Kazakhstan | Ashirov A.,South Kazakhstan State Pedagogical Institute
American Journal of Applied Sciences | Year: 2016

The present article justifies the necessity of improving the food security planning within the framework of implementing the millennium development goals. In this regard, the study develops a brand new approach in the theory of methodology for assessing and monitoring the global food security, aimed at forecasting quantitative scenarios of its development. A distinctive advantage of this approach is the ability to forecast optimistic, pessimistic and realistic scenarios for provision of food security levels regarding certain groups of countries depending on their economic development. This approach utilizes subjectivity in the process of monitoring the provision of food security levels and contributes to optimizing the ways to increasing it in conditions of uncertainty. © 2016 Orazaly Sabden and Abdumalik Ashirov.


Salybekova N.N.,Kazakh State Teacher Training University | Kuzhantaeva Z.Z.,Kazakh State Teacher Training University | Basim E.,Akdeniz University | Batikhanovna T.G.,The Kazakh Turkish University Of savi | And 2 more authors.
Indian Journal of Science and Technology | Year: 2015

This article describes (Daucus carota L.) those types of fungi's biological and ecological features which bring damage to carrots. Research material source is taken in Karasai district of the Almaty region's Kaynar settlement's vegetable warehouse. Here is a list of the fungi's species which affect the quality of the vegetables and belongs to the fungi species such as Alternaria radicina, Fusarium avenaceum, Penicillium cyclopium, Sclerotinia sclerotiorum relative found in the types of groups such as Alternaria, Fusarium, Penicillium and Sclerotinia. Morphological criteria were defined as a result of this experimental research. Also their Damaging properties and stability to fungicides were investigated. Currently, agriculture's one of the main directions is a stable supply of agricultural products to population. According to the UN Food and Agriculture Organization's census the harmful organisms reduce agricultural products by 30 percent annually. There are the most common types of diseases caused by fungi widely spread among these harmful products. Nowadays clarification and the establishment of strategic measures to combat the biological characteristics of disease-causing fungi are found as the key issues.


Zholdasbekova S.,South Kazakhstan State University | Karataev G.,Eurasian University | Uzakbaeva S.,Kazakh Ablai Khan University of International Relations and World Languages | Yskak A.,South Kazakhstan State University | And 3 more authors.
International Journal of Applied Engineering Research | Year: 2015

This article describes the major components of required technological skills for future designers taught during the academic process of a college. It considers the choices in terms of the various logical operations required by the fashion industry including fabric processing, assembly charts, performing work operations etc. The article presents the development of an option-based educational program based upon a block module principle and the structural ordering of study materials. The development model of technological competence of the future fashion designer has been elaborated and its scientific-methodical substantiation has been provided. Based upon the results of the ascertaining and formation experiments, the levels of students’ technological skills have been specified with regard to the three components (motivational, content-based, and procedural). © Research India Publications.


Sharipova A.A.,Kazakh National Technical University | Sharipova A.A.,Max Planck Institute of Colloids and Interfaces | Aidarova S.B.,Kazakh National Technical University | Grigoriev D.,Max Planck Institute of Colloids and Interfaces | And 4 more authors.
Colloids and Surfaces B: Biointerfaces | Year: 2015

Microencapsulation of vitamin E directly from oil-in-water (o/w) emulsions was carried out by means of a novel practically relevant approach. For the first time, a preformed polyelectrolyte-surfactant complex (sodium polystyrene sulfonate/dodecyl trimethyl ammonium bromide) was simultaneously used as an electrosteric emulsion stabilizer and as a charged precursor for the following build up of microcapsules. Subsequently, a layer-by-layer technique was applied to emulsions leading to the formation of core-shell microcapsules with oily cores and polyelectrolyte shells. The effect of the complexes on the process of emulsion formation and on the stability and characteristics of the resulting emulsions was investigated by measurements of dynamic and equilibrium interfacial tension, size distribution (DLS) and interfacial charge (zeta-potential). The resulting microcapsules were characterized by confocal laser scanning microscopy (CLSM), Cryo-SEM, size distribution and zeta-potential measurements on each stage of the shell assembly. The release kinetics of vitamin E was monitored during the consecutive steps of the encapsulation procedure using UV-vis spectroscopy and showed the progressive enhancement of sustainability.The developed approach may be promising for the practical use in the cosmetic and food industry. © 2015 Elsevier B.V.


PubMed | South Kazakhstan State University, South Kazakhstan State Pedagogical Institute, Max Planck Institute of Colloids and Interfaces and Kazakh National Technical University
Type: | Journal: Colloids and surfaces. B, Biointerfaces | Year: 2015

Microencapsulation of vitamin E directly from oil-in-water (o/w) emulsions was carried out by means of a novel practically relevant approach. For the first time, a preformed polyelectrolyte-surfactant complex (sodium polystyrene sulfonate/dodecyl trimethyl ammonium bromide) was simultaneously used as an electrosteric emulsion stabilizer and as a charged precursor for the following build up of microcapsules. Subsequently, a layer-by-layer technique was applied to emulsions leading to the formation of core-shell microcapsules with oily cores and polyelectrolyte shells. The effect of the complexes on the process of emulsion formation and on the stability and characteristics of the resulting emulsions was investigated by measurements of dynamic and equilibrium interfacial tension, size distribution (DLS) and interfacial charge (zeta-potential). The resulting microcapsules were characterized by confocal laser scanning microscopy (CLSM), Cryo-SEM, size distribution and zeta-potential measurements on each stage of the shell assembly. The release kinetics of vitamin E was monitored during the consecutive steps of the encapsulation procedure using UV-vis spectroscopy and showed the progressive enhancement of sustainability. The developed approach may be promising for the practical use in the cosmetic and food industry.


Marasulov A.,University Miras | Saipov A.,South Kazakhstan State University | rymbayeva K.,South Kazakhstan State University | Zhiyentayeva B.,L.N.Gumilyov Eurasian National University | And 3 more authors.
International Journal of Environmental and Science Education | Year: 2016

The aim of the study is to examine the methodological-theoretical construction bases for development mechanism of an integrated model for a specialist’s training and teacher’s conceptual-theoretical activity. Using the methods of generalization of teaching experience, pedagogical modeling and forecasting, the authors determine the urgent problems in specialist’s preparing for current educational process. Furthermore, the research defines the requirements made to the development process of the future specialist’s training model and the main determinants of functional maps of the pedagogical activity. The practical value is that the submissions may be used as a basis for future investigations on creating an optimal model of educational staff development. © 2016 Marasulov et al.


Dzhakasheva M.A.,South Kazakhstan State University | Kedelbayev B.S.,South Kazakhstan State University | Rahmanberdiyevna E.Z.,South Kazakhstan State University | Yrsymbekovna M.A.,South Kazakhstan State Pedagogical Institute | Kosherbayevich B.U.,Atyrau State University
Biology and Medicine | Year: 2016

As a consequence of development of combined method of purification and extraction of pectolytic enzyme, we have produced the enzyme with higher polygalacturonase (PGA) activity with a sufficiently high yield of the final product. The method is based on consecutive removal of individual groups of inactive impurities from enzyme solutions by means of activated charcoal and anion-exchange resin. Application of hydroxyapatite makes it possible to achieve activation of pectinases by removal of low molecular proteins. The absence of pectins and carbohydrates facilitates its usage in winemaking for clarification of superior wine grads and removal of wine stone composed of pectin substances of grape juice. © 2016.


Rustenov A.,South Kazakhstan State University | Eleuqalieva N.Z.,South Kazakhstan State University | Lakhanova K.M.,International Kazakh-Turkish University | Mambetova L.M.,South Kazakhstan State University | And 2 more authors.
Life Science Journal | Year: 2013

It is recognized that in case of full compliance with sanitary requirements, one can get from the bulls up to 72-74% of ejaculates, containing not more than 2,000 microbial cells per 1 ml, and from boars - 67-69% of ejaculates with microbial cells in amount of maximum 5,000 per 1 ml of semen. Most frequently ejaculates contain pathogens, opportunistic cells (blue pus bacillus), streptococci, micrococcaceae, saprophytes, olm, and fungi. The sensitivity of the semen microflora was tested to 24 antibiotics; among them 15 antibiotics were selected to be tested in terms of harmlessness to semen. Based on the research conducted we have developed a new antibacterial complex for sanitation of breeder semen that can be used for decontamination of ejaculates microflora providing at the same time increased holding period of spermatozoa, as well as birth of healthy offspring. A new complex is composed of the following ingredients (per 100 ml of the extender): cefotaxime - 10 mg, gentamicin - 8 mg, and oleandomycin phosphate - 60 mg. Cefotaxime and gentamicin have a different spectrum of antimicrobial action. An important property of both drugs is their chemical and antimicrobial compatibility. Application of the developed antibacterial complex reduces microbial contamination of semen by 6.4-8.3 times that indicates synergistic action of the ingredients against the semen microflora. Sanitation of breeder semen by means of novel antibacterial complex contributes to better seminal sowing. Breeding efficiency of pedigree stock, inseminated with semen, treated by new antibacterial complex, was 11.7-12.9% higher than that in control.


Esimova A.,M. Auezov South Kazakhstan State univesrity | Mutaliyeva B.,M. Auezov South Kazakhstan State univesrity | Madybekova G.,South Kazakhstan State pedagogical institute | Narymbayeva Z.,M. Auezov South Kazakhstan State univesrity | And 2 more authors.
Life Science Journal | Year: 2013

Flora of Republic of Kazakhstan have more than 6000 species of medicinal plants, among of which the plant Alhagi Pseudalhagi are the object of fixed attention as a source of essential oil, flavonoids, steroids, vitamins, organic acids, tannin, etc., possessing by wide spectrum of biological activity. Development of methods separation from it the individual compounds, that can be used as a raw material for more efficiency new biological substances, are the most perspective in the present time. In this work are investigated processes of electrodimerization and cross oxidation for obtainment the 8 new compounds based extracted flavonoids. This article contain data of fulfillment of dimerization processes with purpose of obtainment with maximum yield the dimmers based on Oroxyline, 3- Methylquercetine, Isoramnetine and Kemipherid - flavonoids, allocated from Alhagi pseudalhagi, as well as results of investigation of physiological activity of obtained products. The most optimal medium, optimal parameters have been established for effective dimerization process conducting where maximal yield of synthesized compounds are registered. Also, medicobiological testing, implemented in the laboratory of Tumor Radiobiology into Kazakh Scientific Research Institute of Oncology and Radiology, revealed high antiradiation activity of Oroxiline-7-0-7- Glaucinide.

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