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Fungi > Fungi incertae sedis > Mucoromycota > Glomeromycotina > Glomeromycetes > Glomerales > Glomeraceae >
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> Glomus
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Fungi > Fungi incertae sedis > Mucoromycota > Glomeromycotina > Glomeromycetes > Glomerales > Claroideoglomeraceae
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Fungi > Fungi incertae sedis > Mucoromycota > Glomeromycotina > Glomeromycetes > Diversisporales > Acaulosporaceae
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Fungi > Fungi incertae sedis > Mucoromycota > Glomeromycotina > Glomeromycetes > Diversisporales > Diversisporales incertae sedis
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Fungi > Fungi incertae sedis > Mucoromycota > Glomeromycotina > Glomeromycetes > Diversisporales > Gigasporaceae
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Fungi > Fungi incertae sedis > Mucoromycota > Glomeromycotina > Glomeromycetes > Paraglomerales > Paraglomeraceae
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Fungi > Fungi incertae sedis > Mucoromycota > Glomeromycotina > Glomeromycetes > Archaeosporales > Ambisporaceae
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Fungi > Dikarya > Basidiomycota > Agaricomycotina > Agaricomycetes > Agaricales > Tricholomataceae >
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- Diferentes asociaciones entre los hongos micorrícicos y las raíces de las plantas. Los hongos micorrízicos arbusculares (a la derecha) penetran en las células corticales de la raíz, formando estructuras como arbúsculos y vesículas. Los hongos ectomicorrízicos (a la izquierda) cubren completamente el sistema radicular de la planta con un manto de tejido fúngico, y las hifas rodean las células vegetales dentro de la corteza de la raíz. Con los hongos ectoendomicorrízicos (abajo), se forma el manto del hongo, pero las hifas también pueden penetrar en las células vegetales. Autor: Ganugi et al., 2019
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- Representación esquemática de la hifosfera de un hongo micorrícico arbuscular (AMF), que podría dividirse operativamente en endohifosfera (hifosfera interna, espacio intracelular) y exo-hifosfera (hifosfera externa o extracelular). Exo-hifosfero se puede dividir además en hifoplano (superficie de hifa) y ecto-hifosfero (es decir, suelo de hifosfero). El microbioma asociado a hifas extrarradicales de hongos micorrízicos arbusculares alberga un reservorio diverso de microorganismos con diferentes funciones. Autor: Faghihinia et al., 2023
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Bibliografía
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