Epistatic interaction between <i>UNG</i> and <i>NEIL1</i> in TC samples.

NIAID Data Ecosystem2026-03-11 收录

数据链接：

https://figshare.com/articles/dataset/Epistatic_interaction_between_i_UNG_i_and_i_NEIL1_i_in_TC_samples_/9636398 数据链接链接失效反馈

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资源简介：

Epistatic interaction between UNG and NEIL1 in TC samples.

创建时间：

2019-08-15

一种木质素合成途径中上位性效应检测方法

木质素合成

上位性分析

根据已知木质素合成通路，选取参与合成木质素单体的基因作为目的基因；对待测样品目的基因进行InDel位点基因型分型，获得待测样品的基因型数据；根据待测样品的基因型数据和待测样品的木质素含量，用epiSNP软件计算目的基因的上位性效应位点；对上位性效应位点间的上位性效应的显著性进行检测验证。本发明所述方法利用InDel位点基因型分型，采用PCR就可以精准、简便的测定木质素合成通路中的上位性效应，实验技

国家林业和草原科学数据中心2022-10-18 更新150

Genome-wide significant pairwise epistatic interactive SNP pairs for abdominal fat weight, P −11 .

上位性分析

基因组互作

1GGA F = The first chromosome in the pairwise epistasis analysis; GGA S = The second chromosome in the pairwise epistasis analysis; AA = Additive×Additive effect, AD = Additive×Dominance effect, DA =

NIAID Data Ecosystem60

Results of epistasis test between the subset of variants independently associated with each phenotype.

上位性分析

基因-基因相互作用

(XLSX)

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Epistasis Is a Major Determinant of the Additive Genetic Variance in Mimulus guttatus

数量性状遗传

上位性分析

The influence of genetic interactions (epistasis) on the genetic variance of quantitative traits is a major unresolved problem relevant to medical, agricultural, and evolutionary genetics. The additiv

NIAID Data Ecosystem90

The top epistasis interaction results from the 101 two-locus interaction analysis.

上位性分析

SNP相互作用

All SNP pairs which reached an interaction p-value of P12 500 kb from associated SNP. P02– p-value for the test statistic comparing the

NIAID Data Ecosystem50