Setaria italica (foxtail millet): 101753845 Help Entry 101753845         CDS       T02818                                  Name (RefSeq) phytosulfokine receptor 1   KO K27625   phytosulfokine receptor 1 [EC:2.7.11.1 4.6.1.2] Organism sita  Setaria italica (foxtail millet) Pathway sita00230   Purine metabolism sita04075   Plant hormone signal transduction Brite KEGG Orthology (KO) [BR:sita00001]  09100 Metabolism   09104 Nucleotide metabolism    00230 Purine metabolism     101753845  09130 Environmental Information Processing   09132 Signal transduction    04075 Plant hormone signal transduction     101753845  09180 Brite Hierarchies   09181 Protein families: metabolism    01001 Protein kinases [BR:sita01001]     101753845 Enzymes [BR:sita01000]  2. Transferases   2.7  Transferring phosphorus-containing groups    2.7.11  Protein-serine/threonine kinases     2.7.11.1  non-specific serine/threonine protein kinase      101753845  4. Lyases   4.6  Phosphorus-oxygen lyases    4.6.1  Phosphorus-oxygen lyases (only sub-subclass identified to date)     4.6.1.2  guanylate cyclase      101753845 Protein kinases [BR:sita01001]  Serine/threonine kinases: TKL group   IRAK family    101753845 BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  LRR_1 LRR_4 PK_Tyr_Ser-Thr Pkinase LRR_8 LRR_14 LRR_ComC LRR_LRWD1 LRR_At5g56370 LRR_EndoS LRR_6 LRRNT_2 Kinase-like Pkinase_fungal Motif Other DBs NCBI-GeneID:  101753845 NCBI-ProteinID:  XP_004953174 UniProt:  K3YPI5 LinkDB All DBs Position I:complement(31957721..31961681) Genome browser AA seq 1051 aa AA seqDB search MEHFSMQRATTWPRRFVLCSSLLVLLLFPSPANSQNSCDLGDLKALESFSKGLDGGGVGG WAFPNATSDAASCCAWAGVTCDGSGRVVGLDLHGRRLRGELSLSLAQLDQLQSLNLSYNS FRGAVPAPLFQLQRLQKLDLSYNDLSGRLPENMSLPLIELFNISYNNFIGSHPTLRGSEQ LAVFDAGYNSFAGQIDPGICESSGAIRVLRFSSNLFTGDLPAGFGNCTKLEELYVEINNI SGRLPDDLFRLPSLKSLSLQENQLSGRMSPRFDNLSSLAKLDISFNSFSGHLPNVFGSLR KLEFFSAQSNTFRGPLPFSLCHSPSLKMLYLRNNSLNGEISLNCSAMTQLSSLDLGTNKF IGTIDSLTDCHNLRSLNLATNNLSGEIPAGFRKLQLLTYLSLSNNSFTNVPSALSVLQEC RSLTSLVLTKNFHDGKALPMIGIHGFHSIQVFVIANSHLSGSVPPWLANFTQLKVVDLSW NQLTGNIPAWIGDLESLFYLDLSNNSLTGGIPESLSSMKGLVTRNISQQSTETDYFPFFI KRNKTGKGLQYNQVSSFPPSLVLSHNKLTGPILPGFGGLKNLHVLDLSNNHISGVIPVDL SDMSSLESLDLSHNNLTGGIPSSLTKLNFLSSFSVAYNNLNGTIPSGGQFSTFSSSAYEG NPKLCGIRLGLPKCNSTPAATMIATNKRKNKGIIFGIAIGIAIGAAFILSIAVVFVLKSR FRRQDHTVKAVTDTNRALELAPASLVLLFQNKDDKALTISDILKSTNNFDQANIIGCGGF GLVYKATLPDGATIAIKRLSGDFGQMEREFKAEVETLSKAQHPNLVLLQGYCRIGSDRLL IYSFMENGSLDHWLHENPNGPSRLIWPIRLQIAKGAARGLAYLHLSCQPHILHRDIKSSN ILLDENFEAHLADFGLARLICPYATHVTTDLVGTLGYIPPEYGQSSVATFKGDVYSFGIV LLELLTGKRPVDMCKPKGARELVSWVTHMKKENRETDVLDRAMYDKKFEKEMMQMIDVAC LCVSDSPKLRPLTHQLVLWLDNIGVSSDAPK NT seq 3156 nt NT seq  +upstreamnt  +downstreamnt atggagcatttctcgatgcaacgtgctaccacatggccacgtcgcttcgtcctctgctcc tctctcctggtcctgctgctcttcccgtctccagccaactcccagaactcctgtgacctg ggtgatcttaaagccctagagagtttctccaaaggtctcgatggaggaggcgtcggcggc tgggcgttcccaaacgcgacctccgatgcagccagctgctgtgcatgggccggtgtcacg tgcgacggcagcgggagggtcgtcgggttggaccttcatggccggaggctgaggggcgag ctgtcgctgtcgctcgcgcagctggaccagctccagtcgctcaacctctcctacaacagc ttccgtggcgccgtcccggctcccctgttccagctccagaggctgcagaaactcgacctc agctacaacgacctgagcggcagactcccagagaacatgtctctcccactgatcgagctc ttcaacatatcctacaacaacttcatcggctcgcaccccacgctgcgtggttcagagcag ctcgcggtgttcgacgcagggtacaactcctttgccgggcagattgatccaggcatctgt gagtcatctggtgcaatcagggtgctgcgattctcgtccaacctcttcactggggacctc ccagcaggcttcgggaattgcacaaagctcgaggagctgtatgtcgagatcaacaacatc tctgggaggttgcccgatgacctattcaggctgccatctctcaagagcctgtctcttcag gagaatcaactctctggtaggatgagcccaaggttcgataatctgtccagccttgcaaag ctggacatatctttcaattcattctctgggcaccttccaaatgtttttggtagcctccgc aagttggagttcttctctgcacagtccaacactttcaggggcccattgcctttctcgctg tgccattcaccgtcactaaagatgttgtacctgaggaacaattcgctgaatggagagatc agcctcaattgctcagcgatgacacaacttagctcactcgaccttggcacaaataagttc attggcacaattgatagtttgacagattgccataatctgagaagcctaaaccttgccaca aacaacctcagtggtgaaatccctgctggtttcaggaagcttcagttgctaacctacctc tcactttcgaacaatagcttcacaaatgtgccttcagcattatctgtccttcaggaatgt cgaagcctaacaagcctcgtgctcacaaagaacttccatgatgggaaggccttgccaatg attgggatacatggctttcacagcatccaagtgtttgtcatcgctaatagccatctctca ggatcagtgccaccatggctagctaatttcacacagttgaaggtggtggatctgtcatgg aatcaattgaccggtaatattcctgcatggattggtgatcttgaatctctgttctatttg gatctatccaacaattcacttactggaggaattccggaaagcttgtcaagcatgaagggc cttgtaacaagaaacatctcacagcaatccacagagaccgattattttcctttcttcatt aaaaggaacaagacaggcaaagggttgcagtacaatcaggttagcagcttcccaccctct ctagttctcagccataacaagctcacaggtcccatattgccgggctttggaggcctaaag aacttacatgtactggaccttagcaacaaccatatttctggtgtcattcctgttgaccta tcagatatgtcaagcttggaatccttggatttatcacataataatctaactggaggcatc ccatcttcattaacaaagctgaattttctatcaagcttcagtgtggcgtataacaatctc aatggtaccattccatcaggaggccaattctcaacattcagtagctctgcttatgaaggt aaccccaaactctgtggcattcgcctaggcttacccaaatgtaattcaactcctgctgct acaatgattgcaacaaataagagaaagaacaagggcatcatatttggaatagctattggt attgcaattggagcagcgtttattttgtctattgctgttgtatttgtgctgaagagtagg ttcagaaggcaggatcatacagtaaaggctgtcacggatactaatcgagcactcgagttg gcaccagcctcacttgtacttctgttccagaacaaggatgataaggcattgaccatcagt gacatcttgaaatcgacaaacaactttgatcaggctaacatcatcggttgtggaggcttt ggtctagtgtacaaggcaacattaccagatggggcaacaatcgccatcaaacgactatca ggtgattttggtcagatggaacgggagttcaaagcagaggtggagacgttatcaaaagct cagcatcccaatcttgtgcttctgcaaggttactgcaggattggcagtgatagactcctg atctactctttcatggagaatggcagcctagaccattggcttcatgaaaatcctaatggt ccctctagattaatttggccaataaggcttcagatagcaaaaggagcagcaagaggtttg gcatacctgcatttgtcatgccaacctcatattctccatcgtgatatcaagtcaagtaac atccttctagatgagaattttgaagcccatttggctgattttgggcttgctcggcttatt tgtccctatgctacacatgtgacaactgacctagttggcacactgggttacatcccccct gagtatggccagtcttctgtagccactttcaagggtgatgtttatagttttggcattgtc cttctagagttattaactggaaagaggccagtagatatgtgcaagccgaagggagctcgg gagttggtctcatgggttacacatatgaaaaaggaaaaccgtgaaactgatgtcttggac cgtgcaatgtatgataagaagtttgagaaggaaatgatgcagatgattgacgttgcttgt ctgtgcgtaagtgattcacctaaactgaggccattaacacatcagttagtgctatggctt gacaacattggtgtgagcagtgatgcaccaaagtga

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