The mycorrhizal synthesis of Terfezia claveryi with micropropagated plantlets of Helianthemum almeriense was carried out in vitro on modified Modified Melin- Norkrans (MMN) agar medium with pH 8.0. The mycorrhization rate was about 80% after 12 weeks. T. claveryi formed ectendomycorrhizas without hyphal mantle. The effect of the fungus on in vitro rooting was also studied. T. claveryi did not enhance in vitro rooting of microcuttings of H. almeriense. In vitro survival of the plantlets was the limiting step and mycorrhizal inoculation appeared to improve the survival rate of rooted plantlets. The effect of the mineral composition and pH of the medium on survival are discussed
Annona cherimola Mill., cherimoya, is a tropical plantation crop of interest in fruit culture. Micro...
Desert truffles are edible hypogenous ascocarps produced by Ascomycota (Pezizaceae) fungi characteri...
Aim of this study was to develop an effective in vitro protocol for the propagation of rare and enda...
The mycorrhizal synthesis of Terfezia claveryi with micropropagated plantlets of Helianthemum almeri...
The mycorrhizal synthesis of Terfezia claveryi with micropropagated plantlets of Helianthemum almeri...
Terfezia species are obligate symbiotic partners of several xerophytic host plants, mainly belonging...
Regenerated shoots, rooted or not, obtained by micropropagation were transplanted into pots with a s...
Micropropagation has been extensively used for rapid multiplication of many important plant species....
In vitro mycorrhization can be made by several axenic and nonaxenic techniques but criticism exists...
The results of previous research have shown the influence of general factors on the beneficial relat...
Four ectomycorrhizal fungi (Amanita muscaria, Laccaria laccata, Piloderma croceum and Pisolithus ti...
The vegetative propagation of ectomycorrhizal truffle fungi is limited by their slow mycelial growt...
Micropropagation of Anthyllis cytisoides (L) and Spartium junceum (L) 2 shrub legumes of ecological ...
Potato (Solanum tuberosum L.) plantlets were inoculated in vitro with an arbuscular mycorrhizal fung...
The receptivity of two peat based potting mixes to AM colonisation was studied with the almond x pea...
Annona cherimola Mill., cherimoya, is a tropical plantation crop of interest in fruit culture. Micro...
Desert truffles are edible hypogenous ascocarps produced by Ascomycota (Pezizaceae) fungi characteri...
Aim of this study was to develop an effective in vitro protocol for the propagation of rare and enda...
The mycorrhizal synthesis of Terfezia claveryi with micropropagated plantlets of Helianthemum almeri...
The mycorrhizal synthesis of Terfezia claveryi with micropropagated plantlets of Helianthemum almeri...
Terfezia species are obligate symbiotic partners of several xerophytic host plants, mainly belonging...
Regenerated shoots, rooted or not, obtained by micropropagation were transplanted into pots with a s...
Micropropagation has been extensively used for rapid multiplication of many important plant species....
In vitro mycorrhization can be made by several axenic and nonaxenic techniques but criticism exists...
The results of previous research have shown the influence of general factors on the beneficial relat...
Four ectomycorrhizal fungi (Amanita muscaria, Laccaria laccata, Piloderma croceum and Pisolithus ti...
The vegetative propagation of ectomycorrhizal truffle fungi is limited by their slow mycelial growt...
Micropropagation of Anthyllis cytisoides (L) and Spartium junceum (L) 2 shrub legumes of ecological ...
Potato (Solanum tuberosum L.) plantlets were inoculated in vitro with an arbuscular mycorrhizal fung...
The receptivity of two peat based potting mixes to AM colonisation was studied with the almond x pea...
Annona cherimola Mill., cherimoya, is a tropical plantation crop of interest in fruit culture. Micro...
Desert truffles are edible hypogenous ascocarps produced by Ascomycota (Pezizaceae) fungi characteri...
Aim of this study was to develop an effective in vitro protocol for the propagation of rare and enda...