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[Microorganism in the hyphae of mycorrhiza-forming fungus]
Mikrobiologiia
|November 1, 1975
Abstract:
A microorganism with the cell wall and cytoplasmic membrane was found when the endotrophic mycorrhiza of pea was studied by electron microscopy. The wall of the microorganism was in a close contact with the cytoplasm of the fungus. No changes were found in the ultrastructure of the fungus and microorganism caused by their interaction.
Insights
Electron microscopy revealed a microorganism within pea (Pisum sativum) mycorrhiza. Its cell wall closely contacted the fungus, with no observed ultrastructural changes from their interaction.
Area of Science:
- Microbiology
- Mycology
- Plant Pathology
Context:
- Endotrophic mycorrhiza formation in legumes is crucial for nutrient uptake.
- Symbiotic interactions between fungi and plants involve complex cellular exchanges.
- Pea (Pisum sativum) serves as a model legume for studying mycorrhizal associations.
Purpose:
- To investigate the ultrastructural characteristics of a microorganism interacting with pea endotrophic mycorrhiza.
- To determine the nature of the physical association between the microorganism and the host fungus.
- To assess any ultrastructural modifications in either organism due to their interaction.
Summary:
- Electron microscopy identified a microorganism with a distinct cell wall and cytoplasmic membrane within the pea mycorrhizal structure.
- The microorganism's cell wall was observed in close proximity to the fungal cytoplasm.
- No discernible alterations in the ultrastructure of either the fungus or the microorganism were detected as a result of their association.
Impact:
- Provides novel ultrastructural insights into microbial interactions within plant mycorrhizae.
- Contributes to understanding the cellular dynamics of symbiotic and commensalistic relationships in soil ecosystems.
- Highlights the potential for novel microbial discoveries in established plant-fungal symbioses.