This section contains presentations of posters of the conference participants.
Through the link with the title of the poster, you can go to the PDF file with the presentation, view it and leave comments. The author can respond to the comments received.
Dear participants , you also have the opportunity to place in this section your short video report (5 min.) for the poster. Instructions for recording a report are posted this link .
Distant poster session
| Abstract title | Authors | Section |
|---|---|---|
| STRESS RESISTANCE ON THE EXAMPLE OF SUPRAMOLECULAR-GENETIC LEVEL OF PLANT DEVELOPMENT | Ivanova E.A. | Session 1. Genetics of development and stress tolerance |
| The study of the cross-interaction of antibodies with antigens of different types of human papillomaviruses (HPV) | Stolbikov A.S., Salyaev R.K., Rekoslavskaya N.I. | Session 3. Plant biotechnology in the post-genome era |
| Molecular-genetic methods for assessing the drought resistance of spring barley | Novikova A.A., Bogdanova O.V. | Session 1. Genetics of development and stress tolerance |
| The selection of efficient sgRNAs for CRISPR-Cas9 genome editing of potato (Solanum tuberosum L.) aimed to obtain the cultivars with low-amylose starch properties | Sergeeva E.M.; Larichev K.T.; Bragina M.K.; Salina E.A.; Kochetov A.V. | Session 3. Plant biotechnology in the post-genome era |
| The influence of the toxic effect of zinc and mineral starvation on the growth and development of buckwheat regenerants in vitro culture | Borovaya S.A.; Klykov A.G. | Session 3. Plant biotechnology in the post-genome era |
| DNA-TECHNOLOGIES IN RICE BREEDING FOR RESISTANCE TO BIO- AND ABIOTIC STRESSORS | Dubina E.V.; M.G. Ruban; S.V. Garkusha; S.A. Lesnyak | Session 3. Plant biotechnology in the post-genome era |
| Generalization of the results on the effect of selenium nanocomposites on the interaction of potatoes with the ring rot disease pathogen | Perfileva A.I.; Nozhkina O.A.; Graskova I.A. | Session 3. Plant biotechnology in the post-genome era |
| «Detection of the binding the stress HliA protein Synechocystis sp. with pigments» | Sharapova L.S.; Yurina N.P. | Session 1. Genetics of development and stress tolerance |
| The distribution analysisof parameters of the membrane lipid phase state | Nurminsky V.N., Bukin Yu.S., Ozolina N.V. | Session 4. Bioinformatics, plant systems biology and digital phenotyping |
| Identification and characterization of two novel VRN-B3 alleles in Russian common wheat | Berezhnaya A.A.; Kiseleva A.A.; Salina E.A. | Session 1. Genetics of development and stress tolerance |
| MANGANESE-CONTAINING BIONANOCOMPOSITES ON THE BASIS OF NATURAL POLYSACCHARIDES AS NOVEL UNIVERSAL MICRONUTRIENTS FOR SOLANUM TUBEROSUM L. | Nozhkina O.A., Perfileva A.I., Khutsishvili S.S., Ganenko T.V. | Session 3. Plant biotechnology in the post-genome era |
| Development of a genetic map of grape (Vitis vinifera L.) backcross offspring using high-throughput genotyping | Lytkin K.F.; Grigoreva E.A.; Potokina E.K. | Session 4. Bioinformatics, plant systems biology and digital phenotyping |
| Phenotypic characteristics of tobacco plants harboring mutations in nicotine biosynthesis genes from PMT and QPT gene families | Kostina N.E., Lykhina A.V., Domrachev D.V., Spaselnikova A. V., Tomilin M.A., Romanova A.V., Chamas S., Kumlehn J., Gerasimova S.V. | Session 3. Plant biotechnology in the post-genome era |
| Targeted modification of regulatory genes associated with barley grain color formation | Egorova A.; Strygina K.; Shoeva O.; Hertig C.; Gerasimova S.; Koeppel I.; Hiekel S.; Vikhorev A.; Kumlehn J.; Khlestkina E. | Session 3. Plant biotechnology in the post-genome era |
| Studying the regulation of epicuticular wax biosynthesis in barley using isogenic WIN1/win1 lines generated by site-directed mutagensis | Kolosovskaya E.V.*1,2; Gerasimova S.V.1,2; Korotkova A.M.1; Hertig С.3; Morozov S.V.4; Chernyak E.I.4; Domrachev D.V.4; Vikhorev A.В.1,2; Shmakov N.A.1; Kochetov A.V.1,2; Kumlehn J.3; Khlestkina E.K.1,2,5 | Session 1. Genetics of development and stress tolerance |
| Transcriptomic analysis of radish (Raphanus sativus L.) spontaneous tumors | Tkachenko А.А.;Dodueva I.E.;Tvorogova V.E.;Predeus A.V.;Pravdina O.Yu.;Kuznetsova K.A.; Lutova L.A. | Session 4. Bioinformatics, plant systems biology and digital phenotyping |
| Transcriptome of the Arabidopsis thaliana Chernobyl ecotype seedlings: simulating of the space radiation action and microgravity | Kazakova E.A.; Podlutskii M.S.; Moiseev A.S.; Kazakov E.I.; Saburov V.O.; Babina D.D.; Podobed M.Yu.; Volkova P.Yu. | Session 4. Bioinformatics, plant systems biology and digital phenotyping |
| Evaluation of Stress Resistance of Grape Remote Hybrids, Carrying Vitis rotundifolia Michx. Introgressions | Volynkin V.A., Likhovskoi V.V., Vasylyk I.A., Lushchay E.A., Gorislavets S.M., Volodin V.A., Risovannaya V.I., Potokina E.K. | Session 1. Genetics of development and stress tolerance |
| Microsatellite markers for regional differentiation of Puccinia graminis f. sp. tritici populations | Laprina Yu.V.; Kelbin V.N.; Skolotneva E.S.; Kolomiets T.M.; Kiseleva M.I.; Baranova O.A.; | Session 2. Evolutionary and functional genomics |
| Employing of CRISPR / Cas9 technology to knock out genes associated with flowering in aspen | Karzhaev D.S. | Session 1. Genetics of development and stress tolerance |
| Molecular phylogeny of plant 14-3-3 proteins family | Mikhaylova Yu.V.; Shishova M.F. | Session 2. Evolutionary and functional genomics |
| Evolution of MLO-like proteins in flowering plants | Pozharskiy A.S.; Gritsenko D.A. | Session 4. Bioinformatics, plant systems biology and digital phenotyping |
| Genetic loci for grain protein and gluten content in Russian spring wheat varieties | Leonova I.N.; Kiseleva A.A.; Stasyuk A.I.; Salina E.A. | Session 4. Bioinformatics, plant systems biology and digital phenotyping |
| Investigation of SWEET family sugar transporter genes and their role in arbuscular mycorrhiza | Kryukov A.A., Gorbunova A.O., Mikhaylova Yu.V., Yurkov A.P. | Session 3. Plant biotechnology in the post-genome era |
| Spring wheat varieties resistance to the common root rot | Sukhomlinov V.Yu., Toropova Elena Yu. | Session 1. Genetics of development and stress tolerance |
| Non-phosphorylating alternative respiratory pathways are involved in an increase of wheat resistance to heat stress | Fedotova O.A.1, Polyakova E.A.*1,2, Grabelnykh O.I1,2 | Session 1. Genetics of development and stress tolerance |
| Advanced panel of molecular markers identifying of stem rust resistance genes Sr2, Sr15, Sr22, Sr23, Sr24, Sr25, Sr26, Sr31, Sr35, Sr36, Sr38, Sr39, Sr44, Sr45, Sr57, Lr6Ai#2 in Siberian wheat cultivars | Kelbin V.N., Skolotneva E.S.; Shamanin V.P.; Salina E.A. | Session 2. Evolutionary and functional genomics |
| Analysis of stress response genes in moss Dicranum scoparium | Mazina A.B., Leksin I.Y., Minibayeva F.V. | Session 1. Genetics of development and stress tolerance |
| Anatomo-morphological stem features of spring bread wheat varieties | Ageeva E.V., Leonova I.N., Salina E.A., Likhenko I.E. | Session 1. Genetics of development and stress tolerance |
| Annotation of Siberian larch genome draft assembly | Eugenia I. Bondar; Sergey I. Feranchuk, Vladislav V. Birukhov; Dmitry A. Kuzmin; Vadim V. Sharov; Natalya V. Oreshkova; Konstantin V. Krutovsky | Session 4. Bioinformatics, plant systems biology and digital phenotyping |
| Applying neural network for the segmentation of spike structural elements | Epifanov R. UI. , Genaev M.A. ,U.V. Kruchinina , N.P. Goncharov | Session 4. Bioinformatics, plant systems biology and digital phenotyping |
| Association mapping of quantitative trait loci for agronomic traits in spring wheat collection tested under two water regimes in Northern Kazakhstan | Amalova A., Abugalieva S., Babkenov A., Babkenova S., Turuspekov Y. | Session 1. Genetics of development and stress tolerance |
| CDF1 gene editing strategy in potato wild species within de novo domestication concept | Fomin I.N.*1; Egorova A.A.1,2; Koloshina K.A.1; Gerasimova S.V.1 | Session 3. Plant biotechnology in the post-genome era |
| Differential gene expression in Lavandula angustifolia Mill. under adaptation ex vitro | Tsyupka V.A.; Kuleshova O.N.; Emirsaliev A.O.; Zhdanova I.V.; Grebennikova O.A.; Mitrofanova I.V. | Session 3. Plant biotechnology in the post-genome era |
| Effect of allelic forms of GRFs genes on the development of common wheat under different conditions of nitrogen supplementation | Divashuk M.G.; Litvinov D.Y.; Chernook A.G.; Nazarova L.A.; Karlov G.I.; Kroupin P.Yu.; Bazhenov M.S. | Session 4. Bioinformatics, plant systems biology and digital phenotyping |
| Epigenetic mechanism of wheat adaptationon a responseto the abiotic stress | Minasbekyan L.A.; Vardevanyan P.O. | Session 1. Genetics of development and stress tolerance |
| Functional analysis of Solanum lycopersicum L. MADS-box gene SlMADS5 | Nezhdanova A.V.; Slugina M.A.; Dyachenko E.A.; Kamionskaya A.M.; Kochieva E.Z.; Shchennikova A.V. | Session 2. Evolutionary and functional genomics |
| Gene expression in lichen Lobaria pulmonaria in response to UV-B stress | Leksin I.Y.; Minibayeva F.V. | Session 4. Bioinformatics, plant systems biology and digital phenotyping |
| Genes of NBS-LRR superfamily in Solanum phureja | Gurina Alena Alekseevna | Session 4. Bioinformatics, plant systems biology and digital phenotyping |
| Genome assemblies of Fusarium oxysporum f. sp. lini strains of different virulence | Novakovskiy R.O.; Dvorianinova E.M.; Rozhmina T.A.; Kudryavtseva L.P.; Povkhova L.V.; Pushkova E.N.; Melnikova N.V.; Dmitriev A.A. | Session 1. Genetics of development and stress tolerance |
| Genome-Wide Association Studies localization Zn synthetic wheat | Shepelev S.S.; Pototskaya I.V.; Shamanin V.P. | Session 3. Plant biotechnology in the post-genome era |
| GWAS between flax accessions and agronomically important phenotypic traits | A. Sokolkova; T. Rozhmina; A. Kanapin; A. Samsonova; S. Surkova; M. Bankin; M. Samsonova | Session 4. Bioinformatics, plant systems biology and digital phenotyping |
| In vitro biochemical features in calli derived from winter wheat anthers and their possible influences on a secondary embriogenesis | Lyubushkina I. 1,2; Polyakova M. 1; Pomortsev A. 1; Kirichenko K. 1; Sokolova N. 1; Arbuzova G.1,2; Voinikov V. 1; Anapiyaev B. 3 | Session 3. Plant biotechnology in the post-genome era |
| IN VITRO REGENERATION OF HYSSOPUS OFFICINALIS L. AND PLANT GENETIC FIDELITY | Bulavin I.V.; Ivanova N.N.; Mitrofanova I.V. | Session 3. Plant biotechnology in the post-genome era |
| Influence of an introgression from Triticum timopheevii into chromosome 5A of bread wheat cultivars Saratovskaya 29 and Diamant 2 on agronomical, physiological and biochemical parameters under contrasting irrigation conditions. | Alexander Vladimirovich Simonov; Smirnova Olga Grigorievna; Permyakov Alexey Viktorovich; Permyakova Marina Diomidovna; Osipova Svetlana Vladimirovna; Pshenichnikova Tatiana Alekseevna | Session 1. Genetics of development and stress tolerance |
| Marker-trait associations for barley grain quality traits identified in Karaganda and Kostanay regions (Kazakhstan) using GWAS | Genievskaya Y.; Almerekova S.; Abugalieva A.; Abugalieva S.; Turuspekov Y. | Session 3. Plant biotechnology in the post-genome era |
| Microevolution Events in Allium (Amaryllidaceae) Plastomes | Scobeyeva V.A.1, 2; Artyushin I.V.1; Krinitsina A.A.1; Nikitin P.A.1*; Antipin M.I.1; Kuptsov S.V.1; Belenikin M.S.2; Omelchenko D.O.3; Logacheva M.D.4; Konorov E.A.5; Samoilov A.E.6; Speranskaya A.S.6,1 | Session 2. Evolutionary and functional genomics |
| Optimization of cultural conditions for in vitro regeneration of wild potato species | Koloshina K.A.; Egorova A.A.;Chalaya N.A.; Rogozina E.V.; Gerasimova S.V. | Session 3. Plant biotechnology in the post-genome era |
| Order of chromosome arrangement location in late prophase-early prometaphase of mitosis in haploid maize plant obtained with the use of mutation ig | Yudina Rimma Sergeevna; Levites Evgeny Vladimirovich | Session 1. Genetics of development and stress tolerance |
| Poplar trees expressing fungal bioluminescence system | Tatiana Karataeva; Liliia Fakhranurova; Alexander Mishin; Tatiana Mitiouchkina | Session 3. Plant biotechnology in the post-genome era |
| Production and characterization of the bread wheat lines with introgression of chromosome 6Agi2 Thynopirum intermedium | Ivanova Yu.N.*, Stasyuk A.I., Skolotneva E.S., Silkova O.G. | Session 1. Genetics of development and stress tolerance |
| Site-directed mutagenesis of maize elite germplasm through pollination by cas9/gRNA-transgenic, haploidy-inducing lines | Diaa Eldin S. Daghma, Mukhammadjon Mirzakhmrdov, Sindy Chamas, Susanne Knüpfer, Heike Büchner, Pooja Satpathy and Jochen Kumlehn | Session 3. Plant biotechnology in the post-genome era |
| Targeted knockout of the NUD gene in Siberian barley | Korotkova A.M., Kolosovskaya E.V., Gerasimova S.V., Hertig C., Otto I., Kumlehn J., Khlestkina E.K. | Session 3. Plant biotechnology in the post-genome era |
| The anther culture response in wheat (Triticum aestivum L.) varieties and hybrids | Petrash N.V.; Fedorova O.V. | Session 3. Plant biotechnology in the post-genome era |
| The effect of salt stress on the expression of the brassinosteroid biosynthesis genes | Murgan Olga Konstantinovna; Efimova Marina Vasil'evna | Session 1. Genetics of development and stress tolerance |
| The gradient of rhizosphere bioelectric potentials as a source of green energy | Kuleshova T.E.*1,2; Gall N.R.1; Galushko A.S.2; Udalova O.R.2; Panova G.G.2 | Session 5. Industrial biotechnology |
| The influence of combinations of alien translocations on in vitro androgenesis in lines of spring common wheat | Timonova E.M.; Adonina I.G.; Salina E.A. | Session 3. Plant biotechnology in the post-genome era |
| The studying of hybrid line with spherical grains and reduced height obtained by crossing triticale and synthetic hexaploid wheat | Zorina M.V.; Adonina I.G.; Mehdiyeva S.P.; Salina E.A. | Session 1. Genetics of development and stress tolerance |
| Tomato plants carring pph6 gene for phytoremediation | Vershinina Z.R. | Session 3. Plant biotechnology in the post-genome era |
| Transcriptomic analysis of flowering-time genes in wild and cultivated chickpea | Gretsova M.; Surkova S.; Kanapin A.; Samsonova A.; Scherbakov A.; Logacheva M.; Nuzhdin S.; Samsonova M. | Session 1. Genetics of development and stress tolerance |
| Triplet composition of common mitochondrial and chloroplast genes of plants reveals their differentiation | Fedotovskaya Viktoriya Dmitrievna; Sadovsky Michael Georgievich | Session 4. Bioinformatics, plant systems biology and digital phenotyping |
| Protein structure and function analysis for plant stress tolerance on BTB/POZ genes | Anashkina A.A., Luzin A.N., Kulikova D.K., Dergilev A.I., Orlov Y.L. | |
| Plant virus genome studies using novel databases and bioinformatics tools for text compression and entropy | Ignatov A.N.; Orlov Y.L.; Luzin A.N.; Pakina E.N.; Dobrovolskaya O.B. | Session 4. Bioinformatics, plant systems biology and digital phenotyping |
| Markers of somatic embryogenesis of Pinaceae species in in vitro culture (cytohistological, physiological and molecular genetic) | Tretyakova Iraida Nikolaevna; Park Maria Eduardovna | Session 3. Plant biotechnology in the post-genome era |
| The homologue of the agrobacterial gene of cucumopine synthase is expressed in naturally transgenic peanuts. | Bemova V.D., Matveeva T.V. | Session 3. Plant biotechnology in the post-genome era |
