10.6084/m9.figshare.c.3741182_D6.v1
William Rutter
William
Rutter
Andres Salcedo
Andres
Salcedo
Alina Akhunova
Alina
Akhunova
Fei He
Fei
He
Shichen Wang
Shichen
Wang
Hanquan Liang
Hanquan
Liang
Robert Bowden
Robert
Bowden
Eduard Akhunov
Eduard
Akhunov
Additional file 6: of Divergent and convergent modes of interaction between wheat and Puccinia graminis f. sp. tritici isolates revealed by the comparative gene co-expression network and genome analyses
Springer Nature
2017
Wheat resistance
Stem rust
Comparative genomics
Gene co-expression network
2017-04-12 05:00:00
Dataset
https://springernature.figshare.com/articles/dataset/Additional_file_6_of_Divergent_and_convergent_modes_of_interaction_between_wheat_and_Puccinia_graminis_f_sp_tritici_isolates_revealed_by_the_comparative_gene_co-expression_network_and_genome_analyses/4872536
File contain the results of k-means clustering and GO term enrichment analyses. Table S11. K-mean clustering of Pgt and wheat genes. Table S12. GO term enrichment for clusters generated using wheat genes expressed in the leaves inoculated with the Pgt RKQQC race. Table S13. GO term enrichment for clusters generated using Pgt genes expressed in the leaves inoculated with the Pgt RKQQC race. Table S14. Enrichment of effector encoding genes in gene clusters generated using the RKQQC dataset. Table S15. GO term enrichment for clusters generated using wheat genes expressed in the leaves inoculated with the Pgt MCCFC race. Table S16. GO term enrichment for clusters generated using Pgt genes expressed in the leaves inoculated with the Pgt MCCFC race. Table S17. Enrichment of effector encoding genes in gene clusters generated using the MCCFC dataset. (XLSX 359Â kb)