Serik Jantassov

Dr. Serik Jantassov

orcid

Research Focus & Metrics

Academic Career Length

6Years (2021-Present)

(Calculated once Scilit publication data is synced: current year − year of first publication + 1)

Representative Publications

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22 August 2021 in Sustainability
Verified
Journal Article
Open access
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KMKULYASH MEIRAMKULOVA
KULYASH MEIRAMKULOVA
ZAZhanar Adylbek
Zhanar Adylbek
AKAssel Kydyrbekova
Assel Kydyrbekova
ATArysgul Turbekova
Arysgul Turbekova
SASerik Aytkhozhin
Serik Aytkhozhin
ATAman Taukenov
Aman Taukenov
Light qualities are considered to affect many plant physiological processes during growth and development. To investigate how light qualities make an influence on tomato seedlings under greenhouse conditions, the growth and morphological parameters of tomato seedlings (Fortizia F1RC hybrid) were studied under three supplemental light irradiations such as light-emitting diodes with nanoparticle coating (LED 1—Red light-emitting diodes); Blue, Green, Yellow, Red light-emitting diodes (LED 2), and traditional high-pressure sodium (HPS) lamps with different photosynthetic photon flux density and the same irradiation time for 33 days. Morphological appearances of three groups of tomato seedlings were different between light treatments, that is, the plants under LED-1 and LED-2 were shorter than those under HPS, while stem diameter, leaf area, dry and fresh weights, and health indices of tomato seedlings grown under alternative light sources were higher than of those cultivated under traditional HPS lights. However, the higher plant height was in plants containing traditional high-pressure sodium lamps treatment. Photosynthetic pigments were shown to have a significant difference under respective light irradiations of LEDs. The levels of photosynthetic pigments were higher in the leaves of seedlings under LED 1 and LED 2, and lower in those that underwent HPS control treatment. Based on the data of morphological and statistical analysis, LEDs with nanoparticle coating proved to be beneficial factors for the growth of tomato seedlings under greenhouse conditions.

1 January 2022 in Bulletin of the Korkyt Ata Kyzylorda University
Verified
Journal Article
Closed access
NJNjsc
Njsc
GBGabit Bari
Gabit Bari
KUKazakh National Agrarian Research University"
Kazakh National Agrarian Research University"
RCRepublic Of Kazakhstan Almaty City
Republic Of Kazakhstan Almaty City
YZYe.A. Zhanbyrbayev
Ye.A. Zhanbyrbayev
BKBulat R. Kuluev
Bulat R. Kuluev
Dandelion kok-saghyz (Taraxacum kok-saghyz Rodin) is a producer of high quality natural rubber. To grow this type of dandelion in the ground is associated with many difficulties, some of which can be solved using hydroponic, bioponic and aeroponic cultivation methods. In this research, experiments were performed on the cultivation of kok-saghyz in hydroponics, bioponics and aeroponics, in which there were used the balanced mineral and organic fertilizers in liquid form. The optimal growth of dandelions indoors was observed under the illumination of phyto lamps with red-blue-neutral spectra. In the hydroponic method of cultivation, the roots of kok-saghyz formed decay after prolonged growth, while in bioponics and aeroponics, the roots turned out to be massive and the plants developed fully. Under aeroponic cultivation, the average weight of a three-month-old kok-saghyz plant was 27±1.2 grams, the roots by wet weight were 10±0.3 grams, the dry weight was 2.35±0.08 grams and the rubber content was 0.8±0.04% per wet weight of the root, respectively. During the aeroponic cultivation of koksaghyz, by spraying the root system with a nutrient solution the roots developed well without decay. It is shown that these methods can be used in the cultivation of kok-saghyz year-round in a greenhouse and indoors, while the plants were able to produce rubber.

1 January 2024 in Bulletin of the Korkyt Ata Kyzylorda University
Verified
Journal Article
Closed access
АSА.ZH. Shoibekova
А.ZH. Shoibekova
ZMZh.ZH. Mamyrbekov
Zh.ZH. Mamyrbekov
ETE.U. Tayshibaeva
E.U. Tayshibaeva
СМСабир Сабир Махмаджанов
Сабир Сабир Махмаджанов
TGTurkestan Region «Agricultural Experimental Station For Cotton And Melon Growing»
Turkestan Region «Agricultural Experimental Station For Cotton And Melon Growing»
SJSerik Jantassov
Serik Jantassov
В результате исследований было установлено, что вегетативные органы культуры дыни в зависимости от условий возделывания и от сорта формируются и развиваются по - разному. Установлены по сортам: общая длина всех плетей; длина главного стебля; количество плетей I, II, III порядков; длина междоузлий на главном стебле и на плетях последующих порядков. Сорта ультрараннего и раннего сроков созревания оказались более пластичны и формирование вегетативных органов в менее благоприятных условиях не намного отстают, чем в более благоприятных почвенно-климатических условиях. Сорта среднеспелого и среднепозднего сроков созревания среднеазиатского подвида дыни с удлиненными формами плодов менее пластичны, и в условиях предгорья рост и развитие вегетативных органов существенно отстают, чем в условиях предгорно-степной зоны. Сорта среднеазиатского подвида по количеству плетей I, II и III порядков, величине листьев, количеству их, превосходят сорта европейского подвида, отличаясь особенно активным формированием листового аппарата. Наиболее интенсивный рост и формирование надземной массы у сортов дыни в условиях юго-востока РК происходит в период цветения.

7 July 2026 in Frontiers in Plant Science
Verified
Journal Article
Open access
PDF file
LSLidiia Samarina
Lidiia Samarina
FKFarida Kozhakhmetova
Farida Kozhakhmetova
TATurbekova Arysgul
Turbekova Arysgul
SJSerik Jantassov
Serik Jantassov
YSYerzhan Syrgaliyev
Yerzhan Syrgaliyev
HDHalil Demir
Halil Demir
Vegetable Solanaceae crops—tomato, pepper, eggplant, and potato—are increasingly cultivated in controlled environments where light is managed both as an energy source and as a developmental and stress-regulatory signal. Programmable spectra, photoperiods, and intensities interact with heat, drought, salinity, chilling, and nutrient limitation, generating complex physiological responses that cannot be explained by transcriptional regulation alone. This review highlights post-transcriptional RNA regulation as a key interface linking light perception with stress adaptation in vegetable Solanaceae . We focus on four regulatory layers—alternative splicing, RNA stability and decay, small RNAs pathways, and translational control—that determine which transcripts are processed, stabilized, degraded, or translated under specific environmental histories. Evidence from tomato, pepper, and potato indicates that RNA-level regulation contributes to stress responses, developmental flexibility, and genotype-specific acclimation. However, direct mechanistic links between defined photoreceptor pathways and specific post-transcriptional processes remain limited in Solanaceae ; therefore, mechanisms established in Arabidopsis and other model plants are treated here as testable hypotheses rather than confirmed crop mechanisms. We further discuss how machine learning can integrate multi-omics and environmental datasets to identify predictive regulatory modules connecting light regimes with stress resilience and crop performance. Progress in this field will depend on experiments that combine precise light and microclimate monitoring with isoform-resolved transcriptomics, small RNAs/degradome analyses, RNA stability measurements, and translatome profiling. Such integration can transform controlled-environment Solanaceae research from descriptive stress omics to predictive, mechanism-based crop management.

1 January 2023 in Bulletin of the Korkyt Ata Kyzylorda University
Verified
Journal Article
Closed access
ASA.Zh. Shoibekova
A.Zh. Shoibekova
NJNjsc
Njsc
SJSerik Jantassov
Serik Jantassov
GBGabit Bari
Gabit Bari
KUKazakh National Agrarian Research University"
Kazakh National Agrarian Research University"
KCKazakhstan Almaty City
Kazakhstan Almaty City

1 January 2024 in Bulletin of the Korkyt Ata Kyzylorda University
Verified
Journal Article
Closed access
АSА.ZH. Shoibekova
А.ZH. Shoibekova
SJSerik Jantassov
Serik Jantassov
ANA.O. Nusupova
A.O. Nusupova
AJA.S Jantassova
A.S Jantassova
Бесконтрольное использование фунгицидов в овощеводстве стало одним из злободневных вопросов касающихся защиты растений от патогенов. В настоящее время набирает обороты использование биопрепататов, что является хорошим выбором вместо химических обработок. Одним из наиболее вредоностных патогенов, наносящих ощутимое снижение продуктивности, являются корневые гнили. Потери растительной продукции при подходящих предпосылках для развития болезней бывают от 25 до 30%. Бактерии вида Streptomyces один из лучших на сегодняшний день компонентов биоконтроля к таким заболеваниям как альтернариоз, ризоктониоз, фитофтороз, вертициллез. Фунгицид Фитолавин проявил достаточно высокий хозяйственный эффект. За счет подавления болезней повысилась урожайность тепличного огурца. Прибавка урожая составила 30-36,3%. Также необходимо учитывать что препарат Фитолавин является биологическим, и его влияние как на саму продукцию, так и на почвенную микрофлору минимальное. Препарат Фитолавин проявил достаточно высокий хозяйственный эффект. За счет подавления болезней повысилась урожайность тепличного огурца. Величина урожая огурца в защищенном грунте составила 18,00-18,87кг/м2. По сравнению с урожаем контрольного варианта (13,84 кг/м2) на обработанных против болезней вариантах опыта дополнительно получено с 1 квадратного метра теплицы 4,16-5,03 кг огурца