Dyadobacter pollutisoli: ON006_10960 Help Entry ON006_10960       CDS       T09794                                  Name (GenBank) hypothetical protein Organism dpf  Dyadobacter pollutisoli SSDB OrthologParalogGene clusterGFIT Motif Pfam:  nSTAND1 WD40 WD40_WDHD1_1st WD40_Prp19 WDR55 Beta-prop_EML_2 WD40_CDC20-Fz Beta-prop_TEP1_2nd Beta-prop_EML Beta-prop_WDR90_POC16_2nd WD40_MABP1-WDR62_2nd WDR90_beta-prop_4th Beta-prop_WDR75_1st Beta-prop_RIG_2nd Beta-prop_IFT140_1st EIF3I Beta-prop_CAF1B_HIR1 Beta-prop_TEP1_C Beta-prop_HPS5 NBCH_WD40 WD40_MABP1-WDR62_1st Beta-prop_EIPR1 Beta-prop_WDR35_TULP_N ANAPC4_WD40 PEP5_VPS11_N PROPPIN Beta-prop_Vps41 Beta-prop_IFT122_1st AAA_16 WD40_RFWD3 Beta-prop_VPS8 Beta-prop_SPT8 RMC1_N RsgA_GTPase WD_LRWD1 AAA_22 AAA_29 SLC52_ribofla_tr ABC_tran Nucleoporin_N AAA_21 OAD_gamma Motif Other DBs NCBI-ProteinID:  WAC14454 UniProt:  A0A9E8NI44 LinkDB All DBs Position complement(2667131..2670268) Genome browser AA seq 1045 aa AA seqDB search MVDKSTLANPFPGLRSYEYEDHALFFGRDSHIRALKNKLLESRFLALIGSSGSGKSSLIK AGLIPSLEVSAGHDDWSVVLFKPGAYPVKNLLTALKTRLRKDKGISAGVDLMSSEWSEDT IMNTVKELISAFGRSKLLLVIDQFEEIFRYDLDGGAQKEARSEASIFIQIILNHINQPGE QSYAAITMRSDYLDHCTEFKGLTEAINRGYYLLPKMTMEEVREVITKPVEVSGAKISTDL VDTLLDEITANPDSLPILQHALLRTWGKWAEIPANPEMITLAEYEAIGTMKNSINIHAEE LFIQNLDDRRKIAAEKLFKTLIVSGASDTPVLHPITLAEIVKITGIPDYQLLDVIQVFRA RGVSFLSPNSNIRLNNDSVIDVTVEKILVLWTRLSRWIKEELDSAKLYKQLSATAQVYQD GRAGLWVNPELQLGLKWQKDNQPTKEWAKRYDPYFERAINFLDYSRKQHEFDLQSQEEKQ QKALRQSRYFAILGVGIGMVATVAVLYLTLLQAETRQALRESDTKEQAAQTERKRAEEQS KEATVQSKIAEQQQEIAEQQRLLTDEQRRIAVQQKAIAEKKTDEAILAKQSANLSAEIAG KALLETQEQKEIVENEKKEVLRQKVKVDTLIVVANKQREKADAATEKEKKLRLLAVARSI AIQSYQMPDSKDDISALLAIQAYKFNDKDSPDIFNALSKVADSKTVMRGHSDVVRAVTIN AAHTKLASGSDDGTLKIWNLNDLTLRPESYGLPKGIRQDLRSVLFSQDDKSVIAGSDMGY IFKWKDETGNASPDVIRAHKTSIHSLLNIKNILISVSSDGAIRTWKMTDRSLDSVQHIKA AFPILCAKVSPDNKVLMCGSTNGKVLSFDLDNLKKAPTVYTFLQFGTQVSSLAFSPDGAK LITSNNYGSLHAWTLADNALTGAVNTVTGRHTSPVNSIIFSPNGKLMATCSYDGSVHIWN YKDILLQQQPIVIRDYDNWVMGLCFTADSNRLISCGADKSVRIWDINTDQLYAKIFKTVK RNFTTDEWNTYIGKDIDYQKILPTE NT seq 3138 nt NT seq  +upstreamnt  +downstreamnt atggtcgataaatctacactagctaatccttttccgggcctgagaagttatgagtatgaa gatcatgcactgttcttcggaagggattcgcatattcgtgcgctaaaaaacaaacttctg gaaagtcgctttctggcactgatcggttcgtcgggaagtggaaagtcgtcgctgatcaaa gccggcctgataccttcgctcgaagtatcggcagggcatgatgattggagcgttgttctt ttcaaaccgggagcatatccggtgaaaaatttgctaacagcgttaaaaaccaggcttagg aaggataaaggcatatcagccggtgtagacctgatgagttccgaatggtctgaggatacg attatgaatacagtgaaggagcttatttctgctttcggcaggagtaagctcttacttgtt atagatcagtttgaagagatatttcgctatgatctggatggcggagctcaaaaggaagca agaagcgaagcctcaatttttatccagatcatattaaaccacattaaccaaccgggagaa caatcgtacgctgccattaccatgcgttcggattatctggaccattgtactgaattcaag ggccttaccgaggcgatcaaccgaggatattacctgttgccaaaaatgacaatggaggaa gtgcgggaggtgatcaccaaacccgtagaggtatcaggagcaaagatttctactgatctg gtggatacgctgctggatgaaatcactgccaatcccgattcgcttcctattcttcagcac gccctgctgcgtacctggggcaaatgggcggagataccggcgaacccggaaatgatcacg ctagccgaatatgaggctattggtaccatgaaaaactccattaacattcatgccgaggag ctttttattcaaaatctggacgacagaaggaagatagcggcagaaaaattattcaagaca ttaatcgtatccggtgccagcgacacgccggtgttgcatccgatcacactggcggaaatt gtaaaaattaccggcattcccgactaccagctactggatgttattcaggttttcagggca aggggtgtttcgtttctgagtccgaattccaatatccgcctgaacaatgattcggtgata gatgtgacggttgaaaaaatcctggtactgtggacacggctcagccgctggatcaaggaa gaacttgactcggcgaagttgtacaaacagctcagcgctactgcacaggtctatcaggat ggacgggccggcctttgggtgaacccggagttacagctcggattgaaatggcaaaaggac aaccagccaaccaaagaatgggcgaagagatacgatccgtattttgaaagagcaatcaac tttcttgattacagccgaaaacaacatgaatttgatctgcaaagccaggaggaaaagcaa cagaaagctttaagacaaagtcgttatttcgcgattttaggtgtgggtatcggtatggtc gcgaccgttgccgtattgtatctgacattacttcaggcggaaacccgacaggcgctgaga gagtccgatacgaaggaacaggcggcgcaaactgagcgtaaacgcgccgaggagcagtcg aaagaagcaacggtacaaagcaagatcgcagaacagcagcaggaaattgccgagcaacag cgattgctaaccgatgaacaaagacgaattgcagtacaacaaaaggccatagcagagaag aaaacggatgaggcgatcctggccaaacagtcggctaacctgagtgcggaaatcgccggg aaggcattgctggaaacacaggaacaaaaggaaattgtcgaaaacgagaaaaaggaagtg cttcggcagaaagtgaaagtggatacgctgatcgtggtagctaacaagcagcgcgaaaaa gccgacgctgcaaccgaaaaggaaaagaaactcaggctgttggcagtggcccgatccatt gctattcagtcgtatcaaatgcctgatagcaaggatgatatatcagctttgctcgccatt caggcttataagtttaatgataaggattctccggacatctttaacgcattgtcgaaagta gcagactctaaaacagttatgagggggcacagcgacgtggttcgcgcggtgacgatcaat gcggcacacaccaagctggcttccggcagtgatgatggtacattgaagatctggaacctc aatgacctgacgctacgtccggaaagttacgggcttccgaaaggcatacggcaggacctg cgctcggttttattcagtcaggacgataagagtgtgattgccggcagtgatatgggttat atttttaaatggaaagatgaaacgggcaatgcatcaccggacgtgatccgtgctcacaaa acctccattcattcactactcaacattaaaaatatattgatttcggtcagttcggacggg gctatccgtacctggaaaatgacggaccgttcactggattcggtacaacatatcaaagcg gccttcccgattttatgcgccaaagttagtcctgataacaaggtactcatgtgcggttcg acgaacggaaaggtattgtctttcgatcttgataacctgaaaaaggccccaacggtttac acttttcttcaatttggcactcaggtttcgtcgctggcattcagtccggatggtgcgaaa cttatcacaagcaataattacggctcgctgcacgcgtggacattagccgacaatgcattg acgggagcagttaatacagttaccggacgacatacttcacccgtaaacagcattattttc tcacccaacgggaagctgatggcaacgtgcagttacgacggctctgttcacatttggaat tataaagacattctgttgcaacagcagcccattgtcatccgcgattacgataactgggta atggggctgtgctttacggccgacagcaaccgactcatttcctgcggtgccgacaagtcc gtcaggatttgggacattaatacggaccagctttatgccaagatttttaaaacagtaaaa aggaatttcacaaccgatgaatggaatacctatatcggtaaagacattgattatcagaag attttgccaacagaataa

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