Sugar transporters in plant-beneficial endophytic fungus and plant-phytopathogenic nematode interactions
Abstract The transport of sugars, a product of photosynthesis, involves the distribution of carbohydrates from synthesis organs, such as leaves, to the tissues of demand organs such as roots, stems, flowers, fruits and seeds. Their mobilization occurs through the plasmodesmata or apoplast by means of membrane transporters, which are proteins encoded by the so-called sugar transporter genes. Their expression in plants is modified by the presence of microorganisms that colonize them. Studies on their expression in plant-nematode interactions are relatively recent, and in plant-beneficial endophyte fungus interactions they have been carried out mainly with arbuscular mycorrhizal fungi. In this review, information on the current state of knowledge of sugar transporters in plant-endophyte fungus and plant-nematode interactions is summarized.
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Universidad Autónoma Chapingo
2023
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oai:scielo:S1027-152X20230003000592024-01-22Sugar transporters in plant-beneficial endophytic fungus and plant-phytopathogenic nematode interactionsGayosso-Rosales,Luis YobaniRojas-Martínez,Reyna IsabelFolter,Stefan deOchoa-Martínez,Daniel LeobardoSilva-Valenzuela,ManuelZavaleta-Mejía,Emma Sugars will eventually be exported transporters (SWEET) sucrose transporter (SUT) tonoplast monosaccharide transporter (TMT) vacuolar glucose transporter (VGT) Meloidogyne incognita Heterodera schachtii arbuscular mycorrhizal fungi Abstract The transport of sugars, a product of photosynthesis, involves the distribution of carbohydrates from synthesis organs, such as leaves, to the tissues of demand organs such as roots, stems, flowers, fruits and seeds. Their mobilization occurs through the plasmodesmata or apoplast by means of membrane transporters, which are proteins encoded by the so-called sugar transporter genes. Their expression in plants is modified by the presence of microorganisms that colonize them. Studies on their expression in plant-nematode interactions are relatively recent, and in plant-beneficial endophyte fungus interactions they have been carried out mainly with arbuscular mycorrhizal fungi. In this review, information on the current state of knowledge of sugar transporters in plant-endophyte fungus and plant-nematode interactions is summarized.info:eu-repo/semantics/openAccessUniversidad Autónoma ChapingoRevista Chapingo. Serie horticultura v.29 n.3 20232023-12-01info:eu-repo/semantics/articletext/htmlhttp://www.scielo.org.mx/scielo.php?script=sci_arttext&pid=S1027-152X2023000300059en10.5154/r.rchsh.2022.11.016 |
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Gayosso-Rosales,Luis Yobani Rojas-Martínez,Reyna Isabel Folter,Stefan de Ochoa-Martínez,Daniel Leobardo Silva-Valenzuela,Manuel Zavaleta-Mejía,Emma |
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Gayosso-Rosales,Luis Yobani Rojas-Martínez,Reyna Isabel Folter,Stefan de Ochoa-Martínez,Daniel Leobardo Silva-Valenzuela,Manuel Zavaleta-Mejía,Emma Sugar transporters in plant-beneficial endophytic fungus and plant-phytopathogenic nematode interactions |
author_facet |
Gayosso-Rosales,Luis Yobani Rojas-Martínez,Reyna Isabel Folter,Stefan de Ochoa-Martínez,Daniel Leobardo Silva-Valenzuela,Manuel Zavaleta-Mejía,Emma |
author_sort |
Gayosso-Rosales,Luis Yobani |
title |
Sugar transporters in plant-beneficial endophytic fungus and plant-phytopathogenic nematode interactions |
title_short |
Sugar transporters in plant-beneficial endophytic fungus and plant-phytopathogenic nematode interactions |
title_full |
Sugar transporters in plant-beneficial endophytic fungus and plant-phytopathogenic nematode interactions |
title_fullStr |
Sugar transporters in plant-beneficial endophytic fungus and plant-phytopathogenic nematode interactions |
title_full_unstemmed |
Sugar transporters in plant-beneficial endophytic fungus and plant-phytopathogenic nematode interactions |
title_sort |
sugar transporters in plant-beneficial endophytic fungus and plant-phytopathogenic nematode interactions |
description |
Abstract The transport of sugars, a product of photosynthesis, involves the distribution of carbohydrates from synthesis organs, such as leaves, to the tissues of demand organs such as roots, stems, flowers, fruits and seeds. Their mobilization occurs through the plasmodesmata or apoplast by means of membrane transporters, which are proteins encoded by the so-called sugar transporter genes. Their expression in plants is modified by the presence of microorganisms that colonize them. Studies on their expression in plant-nematode interactions are relatively recent, and in plant-beneficial endophyte fungus interactions they have been carried out mainly with arbuscular mycorrhizal fungi. In this review, information on the current state of knowledge of sugar transporters in plant-endophyte fungus and plant-nematode interactions is summarized. |
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Universidad Autónoma Chapingo |
publishDate |
2023 |
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http://www.scielo.org.mx/scielo.php?script=sci_arttext&pid=S1027-152X2023000300059 |
work_keys_str_mv |
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