Penicillium digitatum: PDIP_79170 Help Entry PDIP_79170        CDS       T04849                                  Name (RefSeq) Dynactin, putative   KO K04648   dynactin 1 Organism pdp  Penicillium digitatum Pathway pdp04814   Motor proteins Brite KEGG Orthology (KO) [BR:pdp00001]  09140 Cellular Processes   09142 Cell motility    04814 Motor proteins     PDIP_79170  09180 Brite Hierarchies   09182 Protein families: genetic information processing    04131 Membrane trafficking [BR:pdp04131]     PDIP_79170    03036 Chromosome and associated proteins [BR:pdp03036]     PDIP_79170   09183 Protein families: signaling and cellular processes    04812 Cytoskeleton proteins [BR:pdp04812]     PDIP_79170 Membrane trafficking [BR:pdp04131]  Endosome - Golgi transport   Rab GTPases and associated proteins    Rab associated proteins     PDIP_79170 Chromosome and associated proteins [BR:pdp03036]  Eukaryotic type   Centrosome formation proteins    Microtubules and associated factors     Dynactin complex      PDIP_79170 Cytoskeleton proteins [BR:pdp04812]  Eukaryotic cytoskeleton proteins   Microtubules    Tubulin-binding proteins     Dynactins      PDIP_79170 BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  Dynactin CAP_GLY Hydrolase CC149 HAD_2 Motif Other DBs NCBI-GeneID:  26236233 NCBI-ProteinID:  XP_014532074 UniProt:  K9FAN8 LinkDB All DBs Position Unknown AA seq 1536 aa AA seqDB search MATNGANEDSRPVFFFDIDNCLYSKAYICVACNIHDEMQALINKFFVKHLDLKAEDAHML HLKYYKEYGLAIEGLTRHHKIDPLAFNFEVDDALPLDNILKPDPKLRKLLENLDTTKVKP WLLTNAYVTHAKRVVKLLGIEDLFEGVTYCDYGKLPLVCKPSQDMYAKAEKEAGAPSTDQ CTVIELPDGRQATVRFIGTAHFADGQWIGLELDEATGKNDGAVQGERYFDCDPGYGMFVR AAVIGKIVQHEPESKQTTKPATSAAGNKVQPKPGISAGVRKQTGLPPTAPRRQSTNAAST PTPALKGVAGRSSLRSPTKSPTRQLATNAGRPFIGSTSRTSTVASNRPRLAPSNRNSLGP SPTQPAASKGSRLSVSGPIARSLRPGSQSTIVLSTAGLIKRPSLRQVGNTKTSDGGDVVM SGRSGDQTDTESPDTEGEGAQDGATAQKTSRLSMTATRPAASRHGAPLSASQRQGQSAAL NRELEELNAKLKVMEKKRADDREKLKTLEQLQAERDKFETIIQKLQAKYQPQQVEVTELR KKLKELETRSDDVERMQAEHESLMEMATLDREMAEETAEAFKHECAALQSRLDELKLEVE VLREENEEYSQEITPEDRTTHGWLQMEKTNERLREALIRLRDMTQQQESDLKSQIKELED DLEEYAAVKADYEAAKERLLVAETNVDDLKQQLETALGAEEMIEELADKNMRYQDEINEL KAAIEDLESLKEISDEMEYAHVENEKQLQEEIEYREGVFSDLCRKITQQDEVIEDLEYTL TRFRDLVTSLQCDLDDMRTTKQVSEAETTENAMRHRQMQDLNMKLQANQSKALAKSIDVE LNRMEFEENAQHLSMIKLYLPEYFEEEKNSIQALLRFKRVAFKANVMSSTLQEKGSEHSV VSNEELFQAHVVLENLMWISNVCDRFVNYITACSPEQFGSIKVAMFEMEPVERMLNFWIE PMKKDEINLAKFAVELQRSIALLAHLSESLLPSSLEMFADELCMRAHLSQSYIEHSAGAI SRVKMIISTKMVAATEGDEENLIALNKLDTFASQARGYKVAMGKISRSLDDLRSRSLALP KDVDEPFKKIENETRQLSEFARKLGENLVVLTSDEGRTEPFSPEEILDCMSQAAVSFASS SETLELSNDPVSLLFIRLREVGDQFEELDSISSDLSRTTEFERAAFPWVARAAELKSNKM TSPDVDEEIRQLRNEIHEASAALGVKDNILEEQGLKIEHLESRMREASKKAAMVKDLEAK IEEAQRAGCELEKTVEQQKKELQTAESERDEFMARLERMKRMSGTAGLATTGNSAVIVSE ASLAAMDENESLRAEVESLQAAVRFLREENRRSNILDPYSVQRSTDMHAWLDAPLSRAKP TPEQEKIQRTALESRDVMTHLLKLTKESRVPDLKSTMAAPASDDNDNAGRTVWRPSKTRL RYQVLQQRENFEHWAEWRDEIVDHEREQDRLTAAKQERAILDRVFRHPHKTSVEFPQGLG HGMMGRTWQILGMQKHRKTDSISAPAPDVVEIVTTD NT seq 4611 nt NT seq  +upstreamnt  +downstreamnt atggcaaccaacggcgccaacgaagactcacggccagtcttcttctttgacattgacaat tgtctctattctaaagcatacatctgcgtagcttgcaacatccacgatgagatgcaggca ttgatcaataagttttttgtcaaacatctcgatctcaaggcggaagatgcccacatgctg cacctgaagtactacaaggagtatggactagccattgaaggccttacccgccaccacaag atcgatccacttgccttcaatttcgaggttgatgatgccctgccacttgacaatatactc aagcctgatcccaagctgcgcaaactgttggagaacctggacacaacaaaggtgaagcca tggctgctcacgaatgcctatgttacccatgcaaagcgcgtggtgaagttgctcggtatc gaggatctgttcgaaggtgttacctattgtgactatggaaaattgccgttggtctgcaag cctagtcaggatatgtatgccaaagcggagaaggaagccggtgctcccagcacggatcag tgcacggtgattgagctacccgatggacggcaagcaacagtgcgcttcattggcaccgcc cactttgcggacggacagtggataggccttgagctagatgaggccaccggcaaaaacgat ggcgcggtccaaggcgaacggtattttgattgtgatccaggatacggcatgtttgtccgc gccgcagtgattggtaagatagtccagcacgagccggagagtaaacaaaccaccaaaccg gctaccagcgccgcaggtaacaaagtgcagcctaaacccgggatctccgccggtgttcga aagcaaaccgggctacctcctacagcaccgaggcgacagagtaccaatgcagcgtccact cctactccggcgctgaagggtgtggccggtcgatcgtctctccgatcacccacgaagtcc ccaacgagacagctcgcaacgaatgcaggtcgcccgttcatcgggagtacttctcgcacc tctaccgtggcctctaatcgaccccgactggctcccagcaacagaaattcactgggtcct tctccaacacaaccagcggcctccaaagggtcgcgactgtcggtttctggacccattgcc cgaagcttaagacctggctcccaaagcaccattgttttatctacagcggggttgataaag cgtccttcactacggcaagttggcaatacaaaaacatccgatggaggagatgtggttatg agcgggcgatctggagatcagactgataccgagtcgcctgacactgaaggagagggtgcg caagatggagccactgcgcagaagacctctcgactgtcaatgactgctacacggccagca gcctcgcgtcatggggccccgctctctgcatctcaacgtcaagggcagagtgctgcactc aatcgcgagcttgaagaactcaatgccaagctcaaagtcatggaaaagaaacgagccgat gacagggagaagttgaagactctcgagcaactccaggccgagcgtgacaaatttgaaacg atcattcagaagctacaagccaaatatcaaccgcagcaagttgaagtcaccgagctccgc aaaaagctaaaagaactcgagactcgttctgacgacgtggaacgcatgcaggcagagcat gaatcgctcatggaaatggctacccttgaccgtgaaatggcagaggagacagcggaggca ttcaaacacgagtgtgcagcgctacaatctaggttggatgagctgaaattagaggtggaa gttctccgagaggagaatgaagaatacagccaggagattactcctgaagatagaaccact catgggtggcttcagatggagaagaccaatgaacgcctccgcgaggcgctcattcgtttg agagatatgactcaacagcaggaatctgatctcaagtcccagatcaaagaattggaggat gatcttgaggagtacgctgctgtcaaggctgattacgaggctgcgaaggagcgactcttg gttgctgagaccaatgtcgatgatctcaaacagcagctggagacagcactgggggccgaa gaaatgattgaagagttagcagacaaaaatatgcgctaccaggacgagataaatgagctg aaagctgccatcgaagatttggaatccctcaaggagattagtgacgagatggagtacgct catgtcgagaatgagaagcaacttcaagaagaaattgaataccgagagggtgtgtttagc gacctatgccgaaagatcacacaacaggacgaagttatcgaagaccttgaatacacgtta acccgtttcagggatttggtgacgagcctgcagtgtgatttggatgatatgcgcacaacc aagcaagtttcagaggcagagaccaccgaaaatgcaatgcgccaccgccagatgcaggat ttgaacatgaaactacaggccaaccaatcaaaggccctggctaaatctatcgatgtcgaa ctgaaccgtatggagtttgaggaaaatgcacagcatctttcaatgatcaaactctatctt ccggagtacttcgaagaggaaaagaactctattcaggctttacttcgattcaagcgtgtc gcatttaaagccaatgttatgagcagcactctccaagaaaagggatctgagcactcagtg gtctccaacgaagaacttttccaagctcatgtggttttggagaatcttatgtggatatca aatgtgtgtgaccggtttgtgaactacatcactgcttgctcgccagagcaatttggcagc atcaaggtcgcaatgttcgaaatggagccagtggagcgcatgctgaacttctggatcgag cctatgaaaaaggacgagattaatcttgcaaagtttgcagtggaattgcagcggtctatc gctctcctcgcacatctttccgagtctcttcttccttccagcttggagatgtttgccgat gagctgtgtatgcgggcccatttatctcaatcgtacattgagcattccgccggtgcaatc tcacgcgttaagatgattatcagcaccaagatggttgcagcaacagaaggggatgaggaa aatctgattgccctgaacaaactggacactttcgcttctcaagctcgcggatacaaagtt gcgatgggtaagatcagccggtctcttgatgatctgcgttcgaggtcacttgcacttcca aaggacgtcgatgaacccttcaagaagattgaaaatgaaactaggcaactttcagagttt gctcgaaagctcggcgagaatcttgttgtcctcacgagcgatgaaggtcgcacggaacca ttcagcccggaagagattctggattgcatgtctcaggccgccgtgtcttttgcctcgtcg tccgaaaccctggaactaagtaacgaccctgtatcgttgctctttatcagattgcgggaa gtaggcgatcaatttgaggagcttgattccatctcatcagatctgtctcgcacaacggag tttgagagggccgcatttccctgggttgcccgtgctgcggaattgaagtccaacaaaatg acatctcctgatgtagacgaggaaatccgccaactgagaaatgagattcacgaggcatca gccgcacttggagtcaaggataacatcctcgaagagcagggcctaaagattgagcatctt gaatctaggatgcgagaggcaagcaagaaggctgccatggtcaaagatctcgaagccaag atcgaggaagctcagagagcaggttgtgagctcgaaaaaacagtcgagcaacaaaagaag gagcttcagacagccgaatcagagcgagacgagttcatggctcgtctcgagcgaatgaag cgcatgtctggaacagcaggtctggcgaccacaggtaacagcgccgtcatcgtgagtgag gcttctttagctgctatggacgagaacgagtctctccgcgccgaggtggaaagtctccaa gcagctgtgcgtttcctgcgcgaggaaaaccgtcgctcgaacatcctcgacccatactct gtccagcgatctactgacatgcacgcctggcttgatgcgccgctttcacgtgccaaacca acccccgaacaagaaaagatccaacgcactgctctcgaaagtcgggacgtcatgactcat ctcctcaaactgaccaaagaatcccgtgtccccgatctcaagtccacgatggctgcccca gctagtgacgacaatgacaacgctggccgcactgtctggcgcccatccaagacccgtctt cgttatcaggtactccagcagcgcgaaaattttgagcactgggcagaatggcgcgatgag attgtcgatcacgaacgtgaacaggaccgcttgaccgctgccaagcaggaacgcgcaata cttgatcgtgttttcagacatcctcacaagacttctgtcgaattcccccagggcttaggc catggcatgatgggtcgtacgtggcagattctgggcatgcaaaaacaccgcaaaaccgac tctataagtgcacctgctccggacgttgtggagatagttaccacggactga

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