Figure of phylogenetic tree of GRAS proteins in the SHORT ROOT subfamily. AM-induced genes from P. axillaris (Peaxi), M. truncatula (Medtr) and L. japonicus (Lojap) are marked with red circles. The functionally characterized NSP1 gene from M. truncatula is marked with a blue circle. The closest homologues in A. thaliana (AT) are highlighted with red frames. Potri: P. trichocarpa; Sobic: S bicolor; Bradi: B. distachyon; Os: O. sativa). The distance bar indicates substitutions per site. (PDF 63 kb
Phylogenetic relationships and subgroup designations in MYB proteins from D. hybrida ( Dh ). Phylogr...
Figure S55: PhyML phylogenetic relations and composition of domains for AT5G20570 homologues of repr...
Figure S35: PhyML phylogenetic relations and composition of domains for AT2G46600 homologues of repr...
Figure of phylogenetic tree of GRAS proteins in the SCARECROW subfamily. AM-induced genes from P. ax...
Table of AM-inducible transcription factors. AM-induced transcription factor genes were classified a...
Figure showing the global comparison of AM-dependent gene expression in wild type and ram1. Gene ind...
Table showing the global comparison of GO terms induced or repressed in wild type and ram1. Genes we...
Gene expression responses in M. truncatula wild type A17 (WT), nfp-1 (NFP), dmi3 (DMI3), nsp1-1 (NSP...
Gene expression responses in M. truncatula wild type A17 (WT), nfp-1 (NFP), dmi3 (DMI3), nsp1-1 (NSP...
Figure S6. Phylogenetic trees and evolutionary profile of GRAS genes in green plants. (A) Phylogenet...
Development of arbuscular mycorrhiza (AM) requires a fundamental reprogramming of root cells for sy...
Figure S1. Phylogenetic analysis of NIATv7_g16119, similar to nodulation signaling protein 2 in Medi...
Figure S1. Phylogenetic relationship of AGO proteins in different organisms. Figure S2. Phylogenetic...
Table S1. GRAS members identified in O. sativa, P. patens, S. moellendorffii, A. thaliana, G. hirsut...
Ten subsets from Additional file 3: Table S3, where genes activated at least 1.5-fold (p < 0.05) in ...
Phylogenetic relationships and subgroup designations in MYB proteins from D. hybrida ( Dh ). Phylogr...
Figure S55: PhyML phylogenetic relations and composition of domains for AT5G20570 homologues of repr...
Figure S35: PhyML phylogenetic relations and composition of domains for AT2G46600 homologues of repr...
Figure of phylogenetic tree of GRAS proteins in the SCARECROW subfamily. AM-induced genes from P. ax...
Table of AM-inducible transcription factors. AM-induced transcription factor genes were classified a...
Figure showing the global comparison of AM-dependent gene expression in wild type and ram1. Gene ind...
Table showing the global comparison of GO terms induced or repressed in wild type and ram1. Genes we...
Gene expression responses in M. truncatula wild type A17 (WT), nfp-1 (NFP), dmi3 (DMI3), nsp1-1 (NSP...
Gene expression responses in M. truncatula wild type A17 (WT), nfp-1 (NFP), dmi3 (DMI3), nsp1-1 (NSP...
Figure S6. Phylogenetic trees and evolutionary profile of GRAS genes in green plants. (A) Phylogenet...
Development of arbuscular mycorrhiza (AM) requires a fundamental reprogramming of root cells for sy...
Figure S1. Phylogenetic analysis of NIATv7_g16119, similar to nodulation signaling protein 2 in Medi...
Figure S1. Phylogenetic relationship of AGO proteins in different organisms. Figure S2. Phylogenetic...
Table S1. GRAS members identified in O. sativa, P. patens, S. moellendorffii, A. thaliana, G. hirsut...
Ten subsets from Additional file 3: Table S3, where genes activated at least 1.5-fold (p < 0.05) in ...
Phylogenetic relationships and subgroup designations in MYB proteins from D. hybrida ( Dh ). Phylogr...
Figure S55: PhyML phylogenetic relations and composition of domains for AT5G20570 homologues of repr...
Figure S35: PhyML phylogenetic relations and composition of domains for AT2G46600 homologues of repr...