We employed whole-genome sequencing (WGS) to find insertion events specific to Arabidopsis T-DNA insertional mutant esp1. Sequence alignment showed the exact insertion sites revealing that at least fo

NIAID Data Ecosystem70

Table_3_Forward Genetics Approach Reveals a Mutation in bHLH Transcription Factor-Encoding Gene as the Best Candidate for the Root Hairless Phenotype in Barley.xlsx

大麦根毛发育遗传学

植物突变体基因定位

Root hairs are the part of root architecture contributing significantly to the root surface area. Their role is particularly substantial in maintaining plant growth under stress conditions, however, k

NIAID Data Ecosystem40

Fast forward genetics: mutation mapping and identification using next-generation sequencing and enrichment of bulk segregant pools. Arabidopsis thaliana

植物突变体基因定位

下一代测序诊断

Phenotype-driven forward genetic experiments are among the most powerful approaches for linking biology and disease to genomic elements. Although widely used in a range of model organisms, positional

NIAID Data Ecosystem70

Gene Mapping via Bulked Segregant RNA-Seq (BSR-Seq)

植物基因克隆

植物突变体基因定位

Bulked segregant analysis (BSA) is an efficient method to rapidly and efficiently map genes responsible for mutant phenotypes. This procedure, however, requires access to quantitative genetic markers

NIAID Data Ecosystem50

MutMap for a mutant of non-bladder cells. Chenopodium quinoa

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