Std2 GX %ile GSM ID Assay Name GSE ID Experiment Title 14.4 98.9 GSM206308 Lower pulvinus 15 min polysomal RNA biorep 1 GSE8320 Transcriptional and translational gene regulation in the maize pulvinus 14.1 98.8 GSM206307 Lower pulvinus 5 min polysomal RNA biorep 1 GSE8320 Transcriptional and translational gene regulation in the maize pulvinus 13.2 98.8 GSM206288 Upper pulvinus 2 min total RNA biorep 1 GSE8320 Transcriptional and translational gene regulation in the maize pulvinus 9.8 98.3 GSM206296 Lower pulvinus 15 min total RNA biorep 1 GSE8320 Transcriptional and translational gene regulation in the maize pulvinus 8.9 98.2 GSM206298 Lower pulvinus 60 min total RNA biorep 1 GSE8320 Transcriptional and translational gene regulation in the maize pulvinus 7.3 97.8 GSM206305 Right pulvinus control polysomal RNA biorep 1 GSE8320 Transcriptional and translational gene regulation in the maize pulvinus 7.2 97.8 GSM206306 Lower pulvinus 2 min polysomal RNA biorep 1 GSE8320 Transcriptional and translational gene regulation in the maize pulvinus 6.7 97.6 GSM206309 Lower pulvinus 30 min polysomal RNA biorep 1 GSE8320 Transcriptional and translational gene regulation in the maize pulvinus 5.9 97.3 GSM206299 Left pulvinus control polysomal RNA biorep 1 GSE8320 Transcriptional and translational gene regulation in the maize pulvinus 5.5 97.1 GSM206310 Lower pulvinus 60 min polysomal RNA biorep 1 GSE8320 Transcriptional and translational gene regulation in the maize pulvinus
Click HF Ev BS Species Gene ID Repr. ID Gene Name Functional description Ev AGI code Arabidopsis gene name C.G. S.X. Other DB 0.04 1e+1 30 Arabidopsis thaliana At5g03455 831832 CDC25 Encodes a homolog of yeast cell cycle regulator CDC25. It has a sole catalytic domain and devoid of the N-terminal regulatory region found in the human CDC25 and is capable of reducing the mitotic cell length of transformed fission yeast. Non-plant CDC25 proteins have been shown to do this. However, the gene is more or less constant, regardless of whether the tissue examined contained proliferative cells. Also described as having arsenate reductase activity involved in arsenate resistance. - - - C.G. S.X. Please select ath TAIR (integral) ath,osa KEGG (integral) ath PlantTribes (integral) ath,osa Gramene (integral) ath MPSS (genome) ath InParanoid (ortholog) ath Plant RBP (ortholog) ath SIGnAL (T-DNA) ath RAFL (full-length clone) ath AtGDB (genome) ath Genevestigator (expression) ath,ptr eFP Browser (expression) ath AVT (expression) ath ATTED-II (co-expression) ath AtcisDB (cis-element) ath SUBA (hydropathy) ath AtProteome ath Plant Proteome Database ath PMN (pathway) ath,osa KaPPA-View 4 (pathway) ath RnR (over-expression) ath iHOP (report) 0.05 4e+0 32 Glycine max HgAffx.21652.1.S1_at BI748101 - - 1e-1 Atmg00260 - C.G. S.X. Please select 0.04 1e+0 32 Hordeum vulgare Contig15862_s_at Contig15862 - - 7e-1 At1g69580 transcription factor C.G. S.X. Please select 0.04 2e-2 40 Oryza sativa Os02g0763000 AU068794 - Uncharacterized Cys-rich domain containing protein 2e+0 At1g68630 unknown protein C.G. S.X. Please select ath,osa KEGG (integral) ath,osa Gramene (integral) ath,osa KaPPA-View 4 (pathway) 0.05 2e+1 30 Populus trichocarpa PtpAffx.82186.1.A1_at CV257127 hypothetical protein - 8e-1 At5g52960 unknown protein C.G. S.X. Please select ath,ptr eFP Browser (expression) 0.05 5e-2 38 Triticum aestivum Ta.7737.2.S1_at CA611289 - - 7e-2 At1g68630 unknown protein C.G. S.X. Please select 0.04 3e+0 30 Vitis vinifera 1618972_at CA817475 hypothetical protein LOC100257554 - 1e+0 At3g23175 lesion inducing protein-related C.G. S.X. Please select
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