category
bioRxiv
date
Mar 10, 2026
slug
status
Published
summary
创新性地利用DArTSeq技术进行高通量基因分型,结合连锁分析定位到3个显著和8个潜在控制亚麻油吸附能力的QTL,为油污修复的分子标记辅助育种提供理论基础。
tags
测序技术
type
Post

📄 原文题目

Quantitative Trait Loci Controlling Oil Sorption in Kenaf: Mapping and Implications

🔗 原文链接

💡 AI 核心解读

创新性地利用DArTSeq技术进行高通量基因分型,结合连锁分析定位到3个显著和8个潜在控制亚麻油吸附能力的QTL,为油污修复的分子标记辅助育种提供理论基础。

📝 英文原版摘要

In order to enhance marker-assisted selection for oil spill remediation, this work found quantitative trait loci (QTL) linked to kenaf's oil sorption capacity. To create F1 and then F2 populations for linkage and QTL study, two opposing parental accessions were crossed. The F2 progeny's oil sorption capacity was assessed phenotypically and utilized for mapping. A modified CTAB technique was used to extract genomic DNA, and 96 samples were genotyped using DArTSeq technology. JoinMap 4.1 was used for linkage mapping, while MapQTL was used for QTL finding. With an average marker interval of 1.39 cM, 18 linkage groups were created, spanning a total map length of 1888.40 cM. Three important and eight potential QTL governing oil sorption ability were identified by the research.
基于生物库规模的罗伯逊易位基因分型揭示人类近端着丝粒染色体上的隐藏结构变异ARHGEF6依赖的细胞骨架调节揭示了前脑抑制性神经元发育的保守程序
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