Puccinia graminis: PGTG_00372 Help Entry PGTG_00372        CDS       T02226                                  Name (RefSeq) hypothetical protein   KO K11648   SWI/SNF-related matrix-associated actin-dependent regulator of chromatin subfamily B member 1 Organism pgr  Puccinia graminis Pathway pgr03082   ATP-dependent chromatin remodeling pgr03250   Viral life cycle - HIV-1 Brite KEGG Orthology (KO) [BR:pgr00001]  09120 Genetic Information Processing   09126 Chromosome    03082 ATP-dependent chromatin remodeling     PGTG_00372   09125 Information processing in viruses    03250 Viral life cycle - HIV-1     PGTG_00372  09180 Brite Hierarchies   09181 Protein families: metabolism    01009 Protein phosphatases and associated proteins [BR:pgr01009]     PGTG_00372   09182 Protein families: genetic information processing    03021 Transcription machinery [BR:pgr03021]     PGTG_00372    03036 Chromosome and associated proteins [BR:pgr03036]     PGTG_00372 Protein phosphatases and associated proteins [BR:pgr01009]  Protein serine/threonine phosphatases   Phosphoprotein phosphatases (PPPs)    Protein phosphatase-1     PP1-interacting proteins (PIPs)      PGTG_00372 Transcription machinery [BR:pgr03021]  Eukaryotic type   RNA polymerase II system    Coactivators     BAF/PBAF complex      PGTG_00372     SWI/SNF complex      PGTG_00372 Chromosome and associated proteins [BR:pgr03036]  Eukaryotic type   Chromatin remodeling factors    BAF complex     PGTG_00372    PBAF complex     PGTG_00372    SWI/SNF complex     PGTG_00372 BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  SNF5 Motif Other DBs NCBI-GeneID:  10528227 NCBI-ProteinID:  XP_003307422 UniProt:  E3JQV4 LinkDB All DBs AA seq 1384 aa AA seqDB search MPVDLDRAAAAGKRKTRPRLKLSKHDLKLISNTEEVLVPIRLEIEVEHWKLRDTFTWNLK EPVVTPEQFAIHLCEDLILPIQHFSGPIVSAIKEQLEEYKLHENFEGHLASRTSLPEEEE TIGDDMKMMEGTSHLPLDHKEPMADPQQQQKEEAWWAEWRERIMTIDETDQKPNTTDFLR DVKRPKLDRPSTPRLTATQSSIRSRLMDNNDQDFRPEPAESISLSTDLRDDELRIPINLD IISGNIHLTDRFEWEISELNNSPEEFVEVYANDLGLSGEFKTAIAHSIREQIETYVKSLA LVEHINGYPVPNDELRYAFLQRVADPIRTGQVDDFTPFLNLLNAEELDRQEKEHDREARR KRRQTRSRRGITLPDRESQRTVRSIVPIQGLKMVIPYQNENEDLIVPIQPVAEPFAIEES AVEIPEPSEHPPKKHIPVTKEVQIPDSQLGTPNKATGSRVSRRLRGATADVASTGTPPKT VESNPPVDKDDAPTPSNAGTPAPCPSNKKTNNKPDPSTTNIKPSKKPPPSGPRTRGGVDW EALGLHDPMVDGVWHCSNCGCPDSIAVGRRKGLGGKDTLCGECGRYMHRYKRNRPTLYNT SADYHTSLKLEADKAKQAIADQEIVRKDKNKTENQNLPGSLNSKKRKKEGRSSLLPKPEL MRRSEDRAASVASSAKSAASRESSPEPSVRSANNGASEKPLSKKRSRIHGTSEAPPPATR AQKGISKTMIIDSPEPGNSPDSNSPTNARSQSTSTSQPTKPARVSSRRSSTKKGSEKNED GPDRPPGSKSPPAVGTRQESQKRKEPRSKDPSVKTKNGSKSPEEDQVKSQPPPGSRSGSF SGSVGGGKDPRNVQRRSMTNGRVPPPIPSIPKFDPPAWMTAALSGINKVYPSDRVELIPK PRRLDPGQPLVVAASDWRLKCTDCPGKLYTVGPGESFTNFDVHLKNRQHRQKVEQRVADA TKKAQQQISPTGSSHSQPEISPTGTTNQQPSQSSSSTTFNAHQPQVSPTDGSQQLQISPS DGSQQLHSHAGSQISPVENTHAGSHISPVENNSQLNGHNSRGPSEASPIVFDSQYQPMVS MNSHLEGIPFENPGQSDGNGPTSSLPPITTTLAAAESTGQEEDSVPPVDSLGVDQELVEE TSEGSANPPPAPSSLDGVAIQENNDSVGPSQSSKDGEEEEETGQSPIPAPGTAELLPDSQ QSHPLPLPPISDQLPPSAAVGLPGLGAIRPELPARPMIGPDGPGPFSSSAYPSSGPTHSP SPGLPAIRRPSMTLAGAPHHLGFPARPTPPPGLNNPPLLHHPAHLHYNRNNPSLIHGPIG GGNGIGNLPGLSSSSSVSSTIVPSSTAAATGPAVASHPVPIRHPPPPPPPHTLVHPLPKK PTFD NT seq 4155 nt NT seq  +upstreamnt  +downstreamnt atgccagtcgacctcgatagggctgctgccgcgggtaaacgcaagactcgtcctcgtctc aaactcagtaaacatgacctcaaacttatctccaacaccgaagaggtcctagttcccatc agactcgaaatagaggtcgaacactggaaactcagggatacatttacttggaacctcaaa gaaccggtcgtcactccagaacaatttgcaattcatctgtgtgaagatttgattctaccc atccaacacttctctggcccgatcgtcagcgcgatcaaggaacagttagaagagtacaag ctacacgaaaactttgaaggccatctggccagtcgaacaagccttcccgaggaagaggaa acgatcggtgatgatatgaagatgatggagggaaccagtcatctcccactcgatcataaa gaaccgatggccgatcctcagcaacagcaaaaagaagaggcctggtgggccgagtggagg gagcgaatcatgaccatcgatgagacggaccagaaaccgaatacaacggacttcctgcgg gatgtgaagcggcccaagctcgatcgcccatccacgcccaggctcacagccactcagtca tcgatccgatcacggctgatggataataacgatcaagacttcaggcctgaacccgccgag tccatctcactctctaccgacctcagagacgacgaactccggatccccatcaatctcgat atcatctccggtaatatccatctcaccgatcgctttgaatgggaaattagcgaactcaat aattcccccgaagagttcgtcgaggtttatgctaatgatttgggcctcagtggcgaattc aagacagcgattgcccactccattcgtgaacagatcgaaacatatgtgaaatcattagcg ctagtcgagcacatcaatggttatcccgtaccaaatgacgaactaagatatgcattccta caaagagtcgccgatccgattcggacaggacaggtggacgactttacgcctttcctcaat ctccttaatgctgaagagcttgatcgccaggagaaggaacacgatcgagaggcacgcagg aagcgccgacagacccgtagtcgccgaggcatcaccttgcccgacagggaatcccaacga accgttcgcagcatcgtacccatccaaggtctcaagatggtgatcccctatcagaacgag aatgaagatttaatcgtacccatccaacctgttgctgaaccatttgccatagaggaatcg gccgtcgaaatacctgagccatctgaacacccaccgaagaagcatatccccgttactaaa gaagtacaaattcctgacagtcagttgggtacaccaaacaaagctactggcagtcgagtc tctcgcaggttgcgcggtgcgactgctgacgttgcatcaactggcacacctcccaaaact gtggagtcgaacccaccagtcgacaaggatgacgcgcctacgccaagcaatgctggtacg cctgcgccttgtccatccaataaaaagaccaataacaaacccgatccttcaacaaccaac atcaaaccctccaagaagccccctccttccggcccacgcacccgaggtggggttgattgg gaggctctcggtctacatgatccgatggtcgacggtgtttggcactgcagtaattgcggc tgtcctgactcaattgctgtaggtaggcggaaaggtttgggcggaaaagataccctttgt ggcgaatgtgggagatacatgcatcgatataagagaaaccggcctaccctttacaatact tcggccgactaccacacaagcctcaaactggaagctgataaagccaaacaagctattgct gaccaagaaatcgttcgcaaggataagaacaaaactgagaaccaaaatcttccgggtagt ctgaacagcaagaagcgcaagaaagaaggtcggagcagtttattacccaaaccggaactt atgagacgcagtgaagatcgcgcggctagtgttgcgagtagcgccaagagtgctgcttct agagagtcttctcctgagccatccgttcgctcagctaataacggggcctcagagaagcca ctttccaaaaaacgttctcgcatccatggaacttcagaggcccctccacccgccacccga gcccaaaaaggcatatccaagacgatgatcattgattcccccgagccaggcaactctccc gactcgaactcaccaaccaacgccagatcgcaatctacatcgacctctcaacctaccaaa ccagctcgcgttagtagccgtcggagcagcaccaagaaaggttctgagaagaatgaagat ggtcccgaccgaccgccaggttcgaaatctccaccagcggttggaactcgacaggagagc cagaagaggaaagagccccgatcgaaggacccatccgtgaaaaccaagaacgggagcaag agtcctgaggaggatcaggtcaagtcacagcctcctcctggttctcgttccggttctttc tcaggctcggttggtgggggcaaagacccgagaaacgtgcagcggcgttcgatgaccaac gggcgggtcccgccgccgattccttcgattccaaaatttgaccctccagcttggatgacc gctgctctcagtggtatcaataaagtatacccttctgatcgcgtcgagctaatccccaag cccaggagacttgatcccggtcaaccccttgttgtcgctgcctccgattggaggctgaag tgtaccgattgtcctggaaagctatatacagtcggtcccggcgaatccttcacaaacttt gacgtgcacttgaaaaatcgacaacatcgacaaaaagtggaacagagagtggctgatgcc accaagaaagcgcaacaacagatctcacctactggtagttcgcatagtcagcctgaaatc tcaccgactggaaccacaaatcaacagccttcccaatcttcatcttccactactttcaat gctcaccaaccccaagtctcgcccaccgacgggtcccaacaactccaaatatccccaagc gacggtagtcagcaactgcactcacacgccggctcacaaatctcgccggttgaaaacaca cacgctggctcacatatctcgccggttgagaacaacagtcagctgaacggtcacaattct cgtggtccgtccgaagcctctccaattgtttttgattcacagtaccagcctatggtttcg atgaacagtcatttggaaggcatcccatttgagaatccgggacagtctgacgggaatgga ccaacgagctcgttaccgccgatcacgaccacccttgccgcggctgaatcgaccggtcaa gaggaggacagtgtgcctccggttgactcgctcggtgttgatcaagagcttgttgaggaa acctcggaggggtcggccaatccgcctcctgctccttcgtcactcgatggggttgcgatt caggaaaacaacgactcggtggggcccagccagtcctcaaaggacggagaagaggaagag gagacgggtcagtctccgataccggcgccgggtactgccgagcttcttccagactctcaa cagagtcacccacttcctttgccgccgatctccgatcaactccctccatcggccgctgtt gggctgccggggcttggagcgatccggcccgagcttccggccaggccgatgataggtccc gatggaccgggcccgttctcctcctcggcctatccttcatccggcccgacacattctccc tcccccggcctgcccgcaatccgacgaccttcaatgaccctcgccggagcgccacatcat ctcggattccccgctcgcccaacccctcctcctggactcaacaatccaccgctccttcac caccccgctcatctccattacaaccgtaataatcccagcctcatccatggcccaatcggc ggcggtaacgggatcggtaatctgcctggcttgtcctcctcctcctccgtctcttctacc attgttccatctagtactgctgccgctactggtcctgctgtggcttctcatcctgttcct attcgtcatcctcctcctcctcctcctccacacactctcgttcatcctttgcctaaaaaa cctacgtttgattga

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