Anolis carolinensis (green anole): 100552528 Help Entry 100552528         CDS       T01608                                  Symbol cep135 Name (RefSeq) centrosomal protein 135   KO K16461   centrosomal protein CEP135 Organism acs  Anolis carolinensis (green anole) Brite KEGG Orthology (KO) [BR:acs00001]  09180 Brite Hierarchies   09182 Protein families: genetic information processing    03036 Chromosome and associated proteins [BR:acs03036]     100552528 (cep135)   09183 Protein families: signaling and cellular processes    03037 Cilium and associated proteins [BR:acs03037]     100552528 (cep135) Chromosome and associated proteins [BR:acs03036]  Eukaryotic type   Centrosome formation proteins    Centriole proteins     100552528 (cep135)    Centrosome duplication proteins     Centriole replication proteins      100552528 (cep135) Cilium and associated proteins [BR:acs03037]  Primary cilia and associated proteins   Other primary cilia associated proteins    100552528 (cep135) BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  ATG16 KASH_CCD Crescentin CCDC113_CCDC96_CC ATG17_like SlyX BLOC1_2 TMF_DNA_bd Motif Other DBs NCBI-GeneID:  100552528 NCBI-ProteinID:  XP_008109902 Ensembl:  ENSACAG00000009137 UniProt:  G1KIJ5 LinkDB All DBs Position 5:105040054..105094077 Genome browser AA seq 1153 aa AA seqDB search MTMAAERKFVNLRKRLDQLGYRQPLGIESLPLVEKLFSDLVHTTESLRSTKLSSGKIEKE YSNFDVVLEPYREENARLTRENNELHLEVLKLKEQLDQRVKDLKATLRRVEHENADMKFL NNQYVHKIRSLEKENKAKTDKIQQLQEKNLQAVVQTPGGRKRNIPFRRQRMQIDQPAPPS GIAAYPVPQPDDPYIADLLQVADNRIHELQLEVADLHEKLEITERGMKNYNKQVELRDRE IERLVLALDGGRSPDVISLEAKSRSNEKIIAHLNLQVEFLHQTNKELETRIQELLDSRQN VTSEVVDLSNKNEELCQELSEIDHLAQELERHKEMVLQTADKEIGEAKEEIKKKHSEIQD CEETIARLKSELTSSRREKERLTEDLIGKTDEKQNLEILLNQAQTENQRLTKKIENLEII DRELVTEIERMRLEGGIALGDKSPSRLDAFIKTIEEDRDYYKQELECLRKIFKRKSSPLR KSPEKSDNLRLITRERDELQAMLDRFEKHMIAIQSNVKLLTAERDKLSILYEQSQDELNS LRRETKTYLSTQSHAEEERNIAMIDFRRVVAEKETLREKLKTQQDANSKLEKEISELENT LHTLETEHLDQVTTISLLKEKIVCLEDELNVKSHQLSQTSEDTSQLKTELSSLQLLNEQI QKSLAETQHQLSLKEDDFHSTQEEIATLEDKVDMLNKKISTQEETIRVLRSTINILDKEK DSLQESVDEKTEKNAYLDDNLVNKEKTILNLRQTLSQLESTLDQLKDVLSGKDRELASLR RQLDGLHSEVGEINTIKEMALKENRRLQDDLATMTKENQAVSTDLEMALREKEEMKIRVH NYITEVSRFESLISAKERENKELLEKFQMLHSQAEDWEVKAHQAEGQNSSVRLELLSVDT ERRHLRERVDLLEKEIQEHIIAHQAYESQISSMAKNMAKLEEDLRCEKEEKVSMNVDVTS IRQLCVKLESGKDLLSRQLASKSLDLEKILSELEDAKAEGELLKKQLSSERLTIQNLETL LATSRDKDFQNHLITHEKDSEIQLLKDKLTLSESKLTSLNRDVSIHRNKLAQLQTDYDII KRQLTTERFERERAIQEMRRHGLSTTSLRASSPLSSTLRSPSHSPERSITVTSEGMSKPE IRIEKIAHLSSSL NT seq 3462 nt NT seq  +upstreamnt  +downstreamnt atgactatggctgcagagcgaaagttcgttaatctcaggaaacgtttggatcagctggga tatcgacagcctctgggaatagaaagcctcccattggtggaaaagcttttcagtgatctt gttcatacaactgagagtctccggagtacaaagctatcatctggaaaaattgaaaaagaa tacagcaactttgatgttgtactggagccttatcgagaagaaaatgctaggctcactcgt gaaaataatgaattacatttagaagtgctgaaactgaaagagcaattggatcaacgagtc aaagatttgaaagctacactgaggagagtggaacatgagaatgcagatatgaaatttctg aataatcagtatgtacataaaattcgatcactggagaaagaaaacaaagccaagactgac aagatccaacagctccaagagaaaaatctccaagcagtagttcagacaccaggaggtagg aaaagaaatattccattcaggcgtcaacgtatgcagatagatcaaccagctcctccttct ggaattgctgcttatcctgttccacagccagatgatccatacatagcagatcttcttcaa gtggctgacaatagaattcatgagctacagctggaagtcgctgatctgcatgaaaaacta gagattactgaacgaggaatgaaaaattacaacaagcaggttgaactccgcgatcgtgag attgagcgtttagtacttgccctcgatggtgggcgctctcctgatgtaatatctctggaa gccaaaagcagaagcaatgaaaaaattattgctcacctaaacttacaggttgaatttctg catcaaacaaataaggagctcgaaacacgcatacaagagcttttggacagtaggcaaaat gtgacaagtgaggttgtggatttaagtaataaaaatgaagaactgtgccaagaactgagt gaaatagatcatttggcccaagaattggaaaggcacaaagaaatggtgctccagacagca gataaggaaattggagaagctaaggaagagattaagaaaaaacacagtgaaatccaggat tgtgaagaaactatagcaagacttaagtcagaattaacttcatctcgcagagaaaaagag agactcacagaagacctaattggaaaaacagatgaaaaacaaaatcttgagattttgtta aaccaggctcaaacagagaaccaaaggctgaccaagaaaattgagaatcttgaaattata gatcgggagcttgtcacagaaatagagaggatgaggttagaaggtggcatagcgcttgga gacaagtcaccttcgcgcctagatgcatttataaagaccatagaagaagacagggactac tataagcaagaactagagtgtctccgaaaaatatttaaaagaaaatctagcccattacgc aaatctccagaaaagagcgacaatcttagattaattaccagagagcgggatgaactgcaa gcaatgttagatagatttgaaaaacacatgattgcaattcaatctaacgtcaaattgcta actgcagaaagagacaaacttagtattctttatgaacagtcacaagatgagttaaattct ctacggagagaaacaaaaacttacttgtcgacccaaagtcatgcagaagaagagagaaac attgcaatgattgatttcagaagagtagtggcagagaaagaaacattaagagaaaaatta aagacgcagcaagatgcaaactcaaaattagaaaaggaaatatcagagttggaaaacact ctacatacattggaaacagaacaccttgaccaagtaacaacaatttcgttactgaaagaa aaaatagtctgcttagaagatgaattaaatgtcaagtctcaccagctttcccaaacgtct gaagatacttcacagttaaagacagagttaagctcgcttcaactactaaatgaacaaata cagaaatccctagctgagacgcaacatcagttgtctcttaaagaagatgactttcattca actcaagaagaaattgcaacgctagaagacaaagtagatatgctcaataaaaagatatct acacaagaggagactatccgtgtgctcagaagtactattaatatattggataaagagaag gacagcctacaggaaagtgtagatgaaaagacagaaaaaaatgcttatctagatgacaat ttggtaaataaggagaaaactattcttaatttgcggcaaacactcagtcagttggaatca accttagaccaattaaaggatgtcttaagtggtaaggaccgtgaacttgccagtctccgc cgccagcttgatggcctccactctgaggttggtgaaatcaacaccattaaagagatggcc ctgaaagaaaacagaagattgcaggatgatctagccacaatgaccaaagaaaaccaggca gtctcaactgatttggaaatggctttacgtgaaaaagaagaaatgaaaattagagtccat aattacataactgaagtctccagatttgaaagtttgataagcgcaaaggaaagagagaac aaggagttgttggagaagttccagatgctccatagccaagctgaggactgggaagtgaaa gcgcatcaagctgaagggcaaaacagttctgttcgactagaactcctttctgttgatact gagcgaagacatctaagagagagagtggatctattggaaaaagaaattcaggagcatatc atcgcccaccaagcttatgagtcacagatctcttcaatggcaaaaaatatggccaaactg gaagaagaccttaggtgtgaaaaagaagaaaaggtttcaatgaatgttgatgttacttcc attagacagttatgtgttaaactggagtctggcaaagaccttctttcacgtcagctagca tctaaatcattggatcttgagaagattttgtcagaattagaagatgcgaaagcagaggga gaactcttaaaaaagcagctgtccagtgagcgacttacaattcaaaaccttgaaacactc ttggcgaccagcagagacaaggattttcaaaatcatttgataactcatgaaaaggattca gaaatacagctactcaaagacaagttaacactctcagagagtaaactaacaagtcttaat agagatgtttctatacaccgtaataaacttgcacagctgcagactgattatgacattata aaaagacaactaacaacagaacgatttgaacgtgaacgtgccattcaagagatgcgtcga catggcctttctacaacttctttgcgtgcttcatccccacttagctcaacattgagatct ccttcacattctccagagagatccattactgtaacatcagaaggaatgagcaaaccagaa ataaggatcgagaaaattgcacatctgagctccagtttataa

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