Plant Phenomics / 2022 / Article / Tab 5

Research Article

Estimating Photosynthetic Attributes from High-Throughput Canopy Hyperspectral Sensing in Sorghum

Table 5

QTL identified for and in GAT1.

TraitQTLChromosomePosition (bp) valueMAF

Pred.JmaxqJmax4.147479566.86E-100.3
Pred.JmaxqJmax5.1533631601.08E-070.1
Pred.VcmaxqVcmax6.16531657136.76E-080.1
Pred.VcmaxqVcmax9.19586007981.12E-090.2
Pred.VcmaxqVcmax10.11052717822.56E-090.2
Pred.VcmaxqVcmax10.210435848674.95E-080.1

Note: Pred.Vcmax: maximal Rubisco carboxylation rate predicted by the PLSR model for Vcmax using the pooled training sets; Pred.Jmax: maximal electron transport rate predicted by the PLSR model for Jmax from the pooled training sets; Position (bp): the physical positions of QTL identified on the sorghum reference genome v3.1; MAF: minor allele frequency.