| a new approach for enhanced multiplication of arbuscular mycorrhizal fungi and isolation of its regions from glomus deserticola and laccaria fraterna. | rootlets induced from the petiole base of l. purpureus, using iaa and kinetin was used for enhanced multiplication of arbuscular mycorrhizal (am) fungus, g. deserticula. using conserved short arbitrary oligonucleotides, as specific primers, we amplified the its-region, a molecular marker for fungal identification, from the genomic dna extracted from cultured spores of g. deserticola, and genomic dna extracted from the mycelium of l. fraterna. the capacity of fungal colonization and subsequent sp ... | 2005 | 16187532 |
| effect of coal ash on growth and metal uptake by some selected ectomycorrhizal fungi in vitro. | six isolates of ectomycorrhizal fungi namely, laccaria fraterna (em-1083), pisolithus tinctorius (em-1081), pisolithus tinctorius (em-1290), pisolithus tinctorius (em-1293), scleroderma verucosum (em-1283), and scleroderma cepa (em-1233), were grown on three variants of coal ash, namely electrostatically precipitated (esp) ash, pond ash, and bottom ash moistened with modified melin-norkans (mmn) medium in vitro the colony diameter reflected the growth of the isolates on the coal ash. metal accum ... | 2005 | 16285411 |
| development of molecular markers of ectomycorrhizal fungi based on its region. | four heavy-metal-tolerant isolates of ectomycorrhizal fungi namely laccaria fraterna (cooke & massee) pegler (em-1083) and pisolithus tinctorius (mich. ex pers) coker & couch (em-1290, em-1293 and em-1299) were selected on the basis of the previously performed experiments. dna extraction and purification was done by following standard protocols. subsequently, polymerase chain reaction (pcr) amplification of the its region was done using universal primer its 1 and its 4. the amplicons were digest ... | 2008 | 18392893 |