Two alleles of LjSym4 with different phenotypic strength are compared here. The development of AM was assessed by considering five parameters related to fungal structures present in root segments from wild-type and mutant plants, The distribution of intercellular hyphae was determined using semithin sections from resin-embedded roots. Cellular interactions were investigated ultrastructurally, whereas cell wall components from the host plant were identified using immunogold labeling.

The LjSym4 mutation leads to Lotus japonicus plants that are defective in arbuscular mycorrhiza (AAA) development.

Dual requirement of the LjSym4 gene for mycorrhizal development in epidermal and cortical cells of Lotus japonicus roots

Faccio A;
2002

Abstract

The LjSym4 mutation leads to Lotus japonicus plants that are defective in arbuscular mycorrhiza (AAA) development.
2002
Two alleles of LjSym4 with different phenotypic strength are compared here. The development of AM was assessed by considering five parameters related to fungal structures present in root segments from wild-type and mutant plants, The distribution of intercellular hyphae was determined using semithin sections from resin-embedded roots. Cellular interactions were investigated ultrastructurally, whereas cell wall components from the host plant were identified using immunogold labeling.
colonization process
mycorrhizal quantification
fungal viability
cortical block
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.14243/315557
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