Conidiation and conidia germination of Δ<i>FgPfn</i> mutants.

NIAID Data Ecosystem2026-05-02 收录

真菌繁殖发育

植物病原体遗传

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Conidiation and conidia germination of ΔFgPfn mutants.

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2024-05-03

Additional file 8: of Living apart together: crosstalk between the core and supernumerary genomes in a fungal plant pathogen

真菌基因组学

植物病原体遗传

RIP-like mutations on the supernumerary chromosomes. Three elements that have RIP-like copies on the supernumerary genome. The intact element is compared with RIPped copies on the core chromosomes, an

Figshare2016-12-14 更新50

Additional file 6 of Avirulence genes identified through linkage mapping and region-specific association studies in the wheat leaf rust pathogen Puccinia triticina

植物病原体遗传

无毒基因鉴定

Supplementary Material 6: Table S7. Detailed information on regulatory motifs overlapping the significant SNPs.

NIAID Data Ecosystem50

Table_2_Characterization of Two Satellite DNA Families in the Genome of the Oomycete Plant Pathogen Phytophthora parasitica.XLSX

菌物基因组学

植物病原体遗传

Satellite DNA is a class of repetitive sequences that are organized in long arrays of tandemly repeated units in most eukaryotes. Long considered as selfish DNA, satellite sequences are now proposed t

NIAID Data Ecosystem40

Botrytis cinerea progeny in cross B371 x B448 sequence reads. Botrytis cinerea strain:B371 x B448

真菌基因组学

植物病原体遗传

Genomic DNA from two pools generated from the progeny in Botrytis cinerea cross B371 x B448,

NIAID Data Ecosystem50

Temporal sampling helps unravel the genetic structure of naturally occurring populations of a phytoparasitic nematode. 2. Separating the relative effects of gene flow and genetic drift

植物病原体遗传

害虫种群动态

Studying wild pathogen populations in natural ecosystems offers the opportunity to better understand the evolutionary dynamics of biotic diseases in crops and to enhance pest control strategies. We us

DataONE2020-06-24 更新50

Conidiation and conidia germination of Δ<i>FgPfn</i> mutants.

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