Additional file 6: of Correction to: Genome-wide discovery and characterization of maize long non-coding RNAs

Table S2. eQTL mapping of HC-lncRNA expressed in more than 80% of the RILs. a Chromosome position of e-traits. b Genetic position of e-traits. c The physical chromosomal location on the B73 reference genome (AGPv2) of e-traits. d The middle physical position (equals the sum of the position of the tr...

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Hauptverfasser: Li, Lin, Eichten, Steven, Shimizu, Rena, Petsch, Katherine, Yeh, Cheng-Ting, Wu, Wei, Chettoor, Antony, Givan, Scott, Cole, Rex, Fowler, John, Evans, Matthew, Scanlon, Michael, Yu, Jianming, Schnable, Patrick, Timmermans, Marja, Springer, Nathan, Muehlbauer, Gary
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Zusammenfassung:Table S2. eQTL mapping of HC-lncRNA expressed in more than 80% of the RILs. a Chromosome position of e-traits. b Genetic position of e-traits. c The physical chromosomal location on the B73 reference genome (AGPv2) of e-traits. d The middle physical position (equals the sum of the position of the transcription start site and the termination site divided by 2) of e-traits. e The genetic position of the peak of the eQTL. f The genetic position of the inferior support interval left Li et al. Genome Biology 2014, 15:R40 Page 12 of 15 http://genomebiology.com/2014/15/2/R40 bound of the eQTL. g The genetic position of the inferior support interval right bound of the eQTL. h The physical position of the peak of the eQTL on the B73 reference genome (AGPv2). i The logarithm of odds (LOD) score of the eQTL. j The additive effect - the positive value indicates that the allele from B73 increases the phenotypic value. k The amount of expression variation of the e-trait explained by the eQTL. Type shows the relationship between e-traits and the eQTLs. (XLS 143 kb)
DOI:10.6084/m9.figshare.7006493