Lodderomyces orthopsilosis: CORT_0F03210 Help Entry CORT_0F03210      CDS       T02488                                  Name (RefSeq) Chc1 protein   KO K04646   clathrin heavy chain Organism cot  Lodderomyces orthopsilosis Pathway cot04142   Lysosome biogenesis cot04144   Endocytosis cot05100   Bacterial invasion of epithelial cells Brite KEGG Orthology (KO) [BR:cot00001]  09140 Cellular Processes   09141 Transport and catabolism    04144 Endocytosis     CORT_0F03210    04142 Lysosome biogenesis     CORT_0F03210  09160 Human Diseases   09171 Infectious disease: bacterial    05100 Bacterial invasion of epithelial cells     CORT_0F03210  09180 Brite Hierarchies   09182 Protein families: genetic information processing    04131 Membrane trafficking [BR:cot04131]     CORT_0F03210   09183 Protein families: signaling and cellular processes    04147 Exosome [BR:cot04147]     CORT_0F03210 Membrane trafficking [BR:cot04131]  Endocytosis   Clathrin-mediated endocytosis    Clathrin     CORT_0F03210 Exosome [BR:cot04147]  Exosomal proteins   Proteins found in most exosomes    CORT_0F03210 SSDB OrthologParalogGFIT Motif Pfam:  Clathrin Clathrin_H_link Clathrin_propel Clathrin-link TPR_COPA_B VPS18_solenoid_2nd Sec23_BS Motif Other DBs NCBI-GeneID:  14541661 NCBI-ProteinID:  XP_003870674 UniProt:  H8X8S0 LinkDB All DBs Position 6:complement(662221..667128) Genome browser AA seq 1635 aa AA seqDB search MSDIPIDFTELTQLTQLGISQSSLDFKSTTLESDHYICIRESGPSGNTVAIVDLKNNNEV TRKNMSADNAIMHPQEFVISLRANGTTLQIFNLGSKQRLKAYTMDEPVIFWKWLDNQHLG LVTQSSIYFWNVFDGTNDGPIKLTDRHHTLNNAQIINFVAEPDLNWFAVTGIAQEDGRIA GHIQLYSRSRNVSQPIEGHVCKFASLTLSGAVQPTKVFCVGNKNAQGQGNMHIIEIDHVD GNPPFQKKVVDIFFPPDASNDFPISLQASNKYGIVYILTKYGFIHLYDMESGSNLFVNRI TADPVFTASSYNNGTGLLTINKSGQVLSVEVSRDKIIPYVLEKLANVPLAISLAGRGGFP GAENLLNQQFQTYLNQGDYTNAAKVAASSEQLRTQDTINKLKHITPQPGQISPILQYFST LLDRGTLNKYESIELAKPVLQQDRKPLFEKWLKEDKLTSSEELGDIVKSYGDAALALAVY IRANVNIKVVSCLAELGQFDKILPYCQKVGYNPDYTNLIQNLVRVNPDKASEFATSLLSG DTQLNVEQIADLFFSQNYIQQGTAFLLDALKNDSPSEGHLQTKVLEINLLHAPQVADAIL GNQMFSHYDKPTIGKLCEKSGLYQRALEHYDDLKDIKRVIVHTNVLPNDWLVSYFGQLNV DQSIACLKELFSHNLQQNLQVIIQVATKYSDLLGAKKLIKLFEEYKCTEGLYYYLSSIVN LTQDPDVVFKYIQAAAKIGQTKEIERVVRDNNVYNGEKVKNFLKEANLEDQLPLVIVCDR FGFVHDLILYLYKNKHFKFIEVYVQSVNPENTPQVIAGLLDVDCDESIIKNLLMSVLGRV PIKPLVEEVEKRNRLKILLPYLEKTLEGGSNDQEVYNALAKIYIDSNNSPEKFLQENNNY DTLTVGKYCEKRDPYLAYICYAKGGNDDALIEVTNENKMYKYQARYLLQKSDLDLWNKVL SSDNVHRRQLVDQVISTGIPELDDPEPISITVKAFMENELPEELMELLEKIILEPSPFSE NASLQGLMILTAIKADPSKVSNYIEKLDKFDPLEIAPLCIDNGLNEEAFEAYDKFELRTE AMKVLIEDIVSLDRAEQYAEKYDTSELWYQLGTAQLDGLRIPEAIDSYVKSKNPENYAQV IEIAEHAGKEEELLPFLEMARETLREPVIDGAFINVYASLDRLGDMENFVSGTNVADLEA IGDKLFEAKNYKAAKILYSNVSKYSKLATTLVYLGDYQAAVDCARKASNTEVWKQVNNAC IENKEFRLAQICGLNLIIDAEELPELVKTYEYNGYFSELIALFESGLGLERAHKGMFTEL AILYSKYSPEKVMEHLKLFWSRINIPKVITACEEAHLYPELIFLYCHYEEWDNAALTMID KSEVAFDHSSFKEIVVKAPNLEIYYKAIQFYINEQPSLLVDLLSVLSPRLDLPRVVRMFV KSDNLPLIKPFLVSVLDKNNRVVNDAYHSLLIEEQDHKALRDAIHSYDRFDQIDLAERLE NHSLVYFRQISALLFAKNKKFNKSISILKKDGDWVNLLKVASGSNQKVVHEVLDYFVSTG NYEALVALLYTCYHLIDSTYVAEIAFEYQLGNFVAPYKIYKDHVREQQLIELFKRLPSKE EETEENEQPKFMLTY NT seq 4908 nt NT seq  +upstreamnt  +downstreamnt atgtccgatattccaattgatttcaccgagctcacccaattaacccaattgggtatctcc caatcatcattggacttcaaatccactactttggagtcggatcattacatatgtattcgt gaatcgggtccactgggtaatactgttgctatagttgatttgaaaaataacaatgaagtt acaagaaagaatatgtcagcagataatgctataatgcatccacaagaatttgtcataagt ttaagagcaaatggaaccacattgcaaattttcaatttgggatctaaacaaagattaaaa gcttatactatggatgaaccagtcatattttggaaatggcttgataatcaacatcttggt ttagttacacaatcactgatttatttctggaatgtgtttgatggtactaatgatggtcct attaaattgaccgataggcatcacacattgaacaatgctcaaataatcaactttgttgct gaaccagatttgaattggtttgccgttactggtattgctcaagaagatggtagaattgct ggccacattcaattatactcgaggtcgagaaacgtttctcaaccaattgaaggtcacgtt tgtaaatttgcttcattgactttaagtggagctgtacaaccaaccaaggtattttgtgtt ggtaacaagaatgctcaaggacaaggaaacatgcatataattgaaattgatcatgttgat ggaaatccaccatttcaaaagaaagttgttgatattttcttcccaccagatgctagtaat gatttccctataagtttacaagcttcaaacaagtatgggattgtttacattttgacaaag tatgggtttatccacttgtatgatatggaatctggatctaatttatttgtcaacagaatc actgctgatccagttttcactgcatctagttacaataatggaactgggttattaactatc aacaaatcaggtcaagttttgagtgttgaggttagcagggacaagattattccatatgta ttggaaaagttagccaacgtgcctttggctatttctttagctggtcgtggtggattccca ggtgccgagaatttgcttaaccaacaattccaaacatatttaaaccaaggtgactacacc aatgccgctaaagttgctgcttcttctgaacaattgcgtacacaagataccatcaacaag ttgaaacatattactcctcaaccaggccaaatttcaccaatattgcaatatttctcaact ttgttagataggggtactttgaacaagtatgagtctattgaattagctaaaccagtcttg caacaagatcgtaagccattgtttgagaaatggttgaaggaagataagttgacttcatct gaagagttgggggatattgtcaaatcttatggcgatgcagccttggctttggcagtgtat atcagagctaatgtcaacatcaaggttgtttcatgtttggctgaattgggtcaatttgac aagattttgccatactgtcaaaaagttggttacaatcctgattatactaacttgatccaa aacttggttagagtcaaccctgacaaggctagtgaatttgccacttccttattatcaggt gatacacaattgaatgttgaacaaattgcagatttattcttttcgcaaaactacattcaa caaggtaccgctttcttattggatgcattgaagaatgattcaccatccgaaggacatttg caaaccaaggttttggaaatcaatttgttgcatgctccacaagttgccgatgcaatttta ggaaaccaaatgtttagtcattatgataaaccaaccattggtaaattgtgtgaaaaatct ggcttgtaccaaagagctttggaacattatgatgatttgaaagatatcaaaagagtcatt gttcacaccaatgtattgccaaacgactggttggtttcatactttggtcaattgaatgtc gatcaatccattgcttgtttgaaagaattgtttagtcacaacttgcaacaaaatttacaa gtgattattcaagttgctacgaagtattctgatttacttggtgctaaaaagttgatcaaa ttgtttgaagagtacaaatgcacggaagggttgtactactacttgagttctattgtcaac ttgacccaagacccagatgttgttttcaaatacattcaagcggcagcaaaaattggccaa acaaaagaaattgaaagggttgtcagagataacaatgtctacaatggtgagaaggtgaag aactttttaaaagaggccaatttggaagaccagttgcctttggttattgtttgtgataga tttggatttgttcatgatttgattttgtacttgtacaagaacaagcactttaaatttatt gaagtttatgttcaatcagtcaaccctgaaaacactcctcaagttattgctggattgtta gatgttgattgtgatgaatctataatcaagaacttgttgatgtcagtattgggtagagta ccaatcaaaccgttggttgaagaggtagagaagagaaatagattgaagattttgttacca tacttggaaaagactttggaaggtggctccaatgatcaagaagtttacaatgctttagcc aagatttacattgattcaaacaactcacccgagaagtttttgcaagaaaataacaattat gatactttgaccgttggtaaatattgtgaaaagagagacccatatttggcttacatctgt tacgccaaaggtggcaatgatgatgccttgattgaagttacaaatgaaaacaagatgtac aagtaccaagccagatacttgttgcaaaaatctgatcttgatttatggaacaaagttctt tcatccgacaatgttcacagaagacaattggttgatcaagttatttccactggtattcct gagttggatgatcctgaaccaatttcaatcacggttaaggcattcatggagaatgaattg cctgaagagttgatggaattattggaaaagatcattttagaaccatctccatttagtgaa aatgcctcgttacaaggattgatgattttgactgctatcaaagctgatccatccaaggtt tccaactacatcgaaaagctcgataaatttgacccccttgaaattgcacctttgtgtatc gataacggcctcaacgaagaagcctttgaagcttatgataaatttgaattgagaaccgaa gcaatgaaggtattgattgaagacattgtttctcttgacagagcagaacaatacgctgaa aaatatgacacatcagaattatggtatcaactcggtactgctcaattggatggattgcgt attccagaggctattgactcttatgtcaaatccaagaacccagagaattatgctcaagtt attgaaattgctgaacatgctggaaaagaagaagaattgttaccatttttggaaatggca agagaaactttgagagagccagttattgatggtgcatttattaatgtttacgcatcattg gatagattgggtgatatggaaaactttgtttcaggaaccaatgttgctgatttggaagct attggtgataaactattcgaagctaaaaactacaaagcagcaaagattttgtatagtaat gtttccaaatactccaaacttgctacaacattggtttatcttggtgattatcaagctgct gttgattgtgctagaaaagcttccaacactgaagtttggaaacaagttaacaacgcttgt attgaaaataaggaattcagattggcacaaatttgtggtttgaacttaattattgatgcc gaagaattaccagaattggtcaagacttatgaatacaatggatactttagtgaattgatt gctttgtttgaaagcggtttaggtttggaaagagcacacaagggtatgtttacagaattg gctattctttactccaagtacagtcctgaaaaagttatggaacacttgaaattgttttgg tcaagaattaatatccctaaagttattactgcttgtgaagaagctcatttgtatcctgaa ttgattttcctttattgccattatgaagaatgggataatgctgcattaacaatgattgat aaatctgaagttgcatttgatcattcatcattcaaggagattgttgttaaagcccccaac ttggaaatttattacaaggctatccaattttatattaatgaacaaccttcattgcttgtc gatttgttgctggttttatcaccaagattggatttacctagagttgttagaatgtttgtc aagagtgataaccttccattgattaaaccatttttagtttcagtgttggataagaacaat agagttgtgaatgatgcatatcattcattattgatagaagaacaagatcacaaggctttg agagatgctattcattcttatgatagatttgatcaaattgatttagctgaaagattggag aaccattcacttgtttacttcagacaaatttcagcattgcttttcgccaaaaacaagaag ttcaacaagtcaatttctatattgaaaaaagatggtgattgggtcaatttattgaaagtt gcttctggatcaaaccaaaaagttgtgcatgaagtactagactactttgtatccactggt aattatgaagctttagtggcattgttgtatacatgttatcatcttattgattcaacttat gttgctgaaattgcatttgaataccaattgggtaattttgttgctccatataagatttat aaagatcatgttagggaacaacaattgattgaattgttcaagagacttccaagtaaagaa gaagagacggaagagaatgaacaaccaaagtttatgcttacatattag

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