ЭНДОФИТНЫЕ МИКРООРГАНИЗМЫ КАК ПРОМОУТЕРЫ РОСТА РАСТЕНИЙ В КУЛЬТУРЕ in vitro (обзор)

Самарина, Л. С.; МАЛЯРОВСКАЯ, В.И.; Rogozhina, E.V.; Малюкова, Л.С.

doi:10.15389/agrobiology.2017.5.917rus

Cited by 3 publications

(1 citation statement)

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“…Какой фактор изменяет характер взаимодействия эндофита и его хозяина, приводя к развитию патологического процесса вместо мутуалистических взаимоотношений, пока неясно. Единственным способом контролировать процессы в таких системах остается выбор оптимального времени пассирования, условий культивирования и состава питательной среды для поддержания мутуалистического симбиоза, выгодного как для растения-хозяина, так и для его эндофитов [8]. Вместе с тем, часто для предотвращения заражения в культуре эксплантов, растительный материал предварительно обрабатывают фунгицидами и антибиотиками против грибной и бактериальной инфекций [6].…”

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Biotechnological and molecular methods in the study of the genus Actinidia Lindl. representatives

Matskiv,

Malyarovskaya

2023

SOH

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unclassified

Biotechnological and molecular methods in the study of the genus Actinidia Lindl. representatives

Matskiv,

Malyarovskaya

2023

SOH

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Biological Methods of Plant Protection against Viruses: Problems and Prospects

Максимов

Sorokan

Avalbaev

et al. 2020

Appl Biochem Microbiol

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The importance, role and promise of endophytic bacteria in horticulture

Bobkova

Konovalov

Motyleva

et al. 2020

Sadovodstvo i vinogradarstvo

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The article highlights current research that discusses the importance, role and application potential of endophytic bacteria in industrial horticulture. A review of national and foreign publications on the prevalence, taxonomic composition and function of endophytic bacteria in agricultural and horticultural plant objects is presented. Key endophytic bacterial phyla and genera associated with agricultural plants have been previously characterised. The authors consider the main plant organs and tissues that harbour endophytic bacteria, routes of bacterial colonisation and host-to-host transmission, endophyte relationships with the host species, as well as the genotype, seasonal period, environment, taxonomic and varietal composition of host plants. The host-microbiome relationship is intimate and mutually beneficial. Endophytic bacteria positively impact organogenesis and embryogenesis in agricultural plants, transforming phosphorus and atmospheric nitrogen into plant-absorbable forms and producing hormones that stimulate plant growth. Endophytic flora are able to produce vitamins, siderophores, phytohormones, antibiotic like-substances and phytopathogen-antagonistic exoenzymes, which play a role in enhancing a plant’s resistance to disease and stress, while simultaneously increasing its yield. Current evidence indicates the ability of endophytic bacteria isolated from garden crops to produce indolyl acetic acid, solubilise phosphates, potentially stimulate plant growth and suppress antagonistic phytopathogens. Endophytic bacteria are important regulators of growth, development and fruiting in garden crops, sustaining their reproduction and thus having a strong potential for use in biopreparations in industrial horticulture.

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ЭНДОФИТНЫЕ МИКРООРГАНИЗМЫ КАК ПРОМОУТЕРЫ РОСТА РАСТЕНИЙ В КУЛЬТУРЕ in vitro (обзор)

Cited by 3 publications

References 0 publications

Biotechnological and molecular methods in the study of the genus Actinidia Lindl. representatives

Biotechnological and molecular methods in the study of the genus Actinidia Lindl. representatives

Biological Methods of Plant Protection against Viruses: Problems and Prospects

The importance, role and promise of endophytic bacteria in horticulture

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