LSU rDNA

Mechanical soil disturbance as a determinant of arbuscular mycorrhizal fungal communities in semi-natural grassland

Microbiology / Soil / Plant Biology / Symbiosis / Fungi / Community / Biodiversity / Network / Phylogeny / Arbuscular mycorrhizal fungi / AM fungi / Soils / Sol / Mycorrhiza / Poaceae / Soil Microbiology / Simbiosis / Plant species / Host Specificity / LSU rDNA / Mycorrhizae / Ribosomal DNA / Community Composition / Plantago Lanceolata / Host Plant / Nested PCR / Molecular Sequence Data / Community / Biodiversity / Network / Phylogeny / Arbuscular mycorrhizal fungi / AM fungi / Soils / Sol / Mycorrhiza / Poaceae / Soil Microbiology / Simbiosis / Plant species / Host Specificity / LSU rDNA / Mycorrhizae / Ribosomal DNA / Community Composition / Plantago Lanceolata / Host Plant / Nested PCR / Molecular Sequence Data

Cryptococcus antarcticus var. circumpolaris var. nov., a basidiomycetous yeast from Antarctica

Microbiology / Medical Microbiology / Fatty acids / Temperature / Fatty Acid / LSU rDNA / Cryptococcus / Nucleotides / LSU rDNA / Cryptococcus / Nucleotides

Polymorphism of Paramecium pentaurelia (Ciliophora, Oligohymenophorea) strains revealed by rDNA and mtDNA sequences

Genetics / Microbiology / Polymorphism / Phylogeography / Medical Microbiology / Phylogeny / Seasonality / Mitochondrial DNA / Europe / Haplotypes / United States / Asia / Cluster Analysis / European / Cytochrome B Gene / Genetic Polymorphism / Sibling Species / LSU rDNA / Paramecium / DNA fragmentation / Phylogeny / Seasonality / Mitochondrial DNA / Europe / Haplotypes / United States / Asia / Cluster Analysis / European / Cytochrome B Gene / Genetic Polymorphism / Sibling Species / LSU rDNA / Paramecium / DNA fragmentation

Seasonal and spatial variability of species occurrence of the Paramecium aurelia complex in a single natural pond (Protista, Ciliophora)

Earth Sciences / Biological Sciences / Seasonality / Environmental Sciences / Rare species / Spatial Variability / Geographic distribution / Genetic variation / LSU rDNA / Spatial Variability / Geographic distribution / Genetic variation / LSU rDNA

Genetic analysis of the Paramecium aurelia species complex (Protozoa: Ciliophora) by classical and molecular methods

Polymorphism / Systematics / Biological Sciences / Enzyme / Sibling Species / LSU rDNA / Rapd Pcr / LSU rDNA / Rapd Pcr

Mechanical soil disturbance as a determinant of arbuscular mycorrhizal fungal communities in semi-natural grassland

Microbiology / Soil / Plant Biology / Symbiosis / Fungi / Community / Biodiversity / Network / Phylogeny / Arbuscular mycorrhizal fungi / AM fungi / Soils / Sol / Mycorrhiza / Poaceae / Soil Microbiology / Simbiosis / Plant species / Host Specificity / LSU rDNA / Mycorrhizae / Ribosomal DNA / Community Composition / Plantago Lanceolata / Host Plant / Nested PCR / Community / Biodiversity / Network / Phylogeny / Arbuscular mycorrhizal fungi / AM fungi / Soils / Sol / Mycorrhiza / Poaceae / Soil Microbiology / Simbiosis / Plant species / Host Specificity / LSU rDNA / Mycorrhizae / Ribosomal DNA / Community Composition / Plantago Lanceolata / Host Plant / Nested PCR

How do obligate parasites evolve? A multi-gene phylogenetic analysis of downy mildews

Genetics / Microbiology / Plant Biology / Phylogeny / Animals / Classification / Phylogenetic analysis / Biological evolution / Cytochrome oxidase / Oomycetes / Model System / Fungal Genetics and Biology / LSU rDNA / Economic Loss / Plant Pathogen / Base Sequence / Likelihood Functions / Fungal Genetics / Host Shift / Classification / Phylogenetic analysis / Biological evolution / Cytochrome oxidase / Oomycetes / Model System / Fungal Genetics and Biology / LSU rDNA / Economic Loss / Plant Pathogen / Base Sequence / Likelihood Functions / Fungal Genetics / Host Shift

Gyalectoid Pertusaria species form a sister-clade to Coccotrema (Ostropomycetidae, Ascomycota) and comprise the new lichen genus Gyalectaria

Evolutionary Biology / Microbiology / Mycology / Bayesian Analysis / Phylogeny / Maximum Likelihood / LSU rDNA / New Genus / Maximum Likelihood / LSU rDNA / New Genus

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