KEGG T01150: PGUG

Meyerozyma guilliermondii: PGUG_02634

Entry

PGUG_02634 CDS T01150

Definition

similar to vesical coat protein

Orthology

K04646

clathrin heavy chain

Organism

pgu Meyerozyma guilliermondii

Pathway

pgu04144

Endocytosis

Class

Cellular Processes; Transport and catabolism; Endocytosis [PATH:pgu04144]

SSDB

Motif

Pfam:

Clathrin Clathrin_H_link Clathrin_propel Clathrin-link

Other DBs

NCBI-GI:

146417875

NCBI-GeneID:

5126608

UniProt:

A5DH83

AA seq 1662 aa
MSDIPIDFSELARLPALGISAQSLDFRSTTLESDKYVCVREQGPQGNTVAIIDLQNGNEV
TRKNMSADSAIMHPSQFVISLRANGTTVQIFNLGTKQRLKSFTMSQPVVFWRWLTPEVLG
LVTEDSLYTWQVFDGTNDGPVKLTDRHHSLNNAQIISFVAEPALNWYAVTGIAQENGRIA
GHIQLFSKSRNVSQAIEGHVSKFAEIKLNGAPHPTKVFCVGNKNANGEGNLHIIEIDHPE
GNPPFQKKLVDIYFPADAASDFPISLQALNKYGIIYILTKYGFIHLYDIETGTNLFVNRI
SSDPVFTASAYNEGTGIIAINKAGQVLSVEVAREKIVPYVLEKLSNVSLALALSLRGGFP
GAENLFQQQFQNFLNQGDYTNAAKVAALSDQLRTQDTINKLKHITPQPGQISPILQYFST
LLDRGTLNKYESIELAKPVLQQDRKPLFEKWLKEEKLTCSEELGDIVKSYADAALALAVY
IRANNHIKVVSSLAELGQFDKILPYCERVNYHPDFTHLIQNLVRVNPDKASEFATLLLAS
PETKLDVENIADLFFSQNYIQQGTAFLLDALKNDSPSEGHLQTKVLETNLIHAPQVADAI
LGNQMFSHYDKPTIGKLCEKLGLFQRALEHYDDLKDIKRVIVHTNVLPNDWLVQYFGQLN
VQQSVACIKELLSNNMKQNLQVVIQVATKYSDLIGPLTLIKIFEEFKCNEGLYYYLSSIV
NITQDPDVVLKYIQTAAKMNQAKEIERVVRDNNIYNGEKVKNFLKEAKLEDQLPLIIVCD
RFNFVHDLILYLYKNHFFKFIEVYVQQVNPTNTPQVVAGLLDVDCDENIIKGLLASVIGR
VPIKELVAEVEKRNRLKILLPFLEKTLEGGSTDQEVFNTLAKIYIDSNNSPEKFLQENDN
YDTLAVGKYCEKRDPYLAYICYSKGSNDDELIAITNDNKMYKYQARYLLSKSDFALWSKV
LTSDNTHRRQLVDQVISTGIPELNDPEPISITVKAFMENDMQEELIELLEKIILEPSPFN
DNTSLQGLLILTAIKADPSRVLNYIEKLDKFDPQEIAPLCVDNQLYEEAFEVYDKFEMRN
EAMKVLVEDIMSLDRGEQYAEKYDTSDLWYQLGTAQLNGLRVPEAIDSYVKSKNPENYEH
VIEIAEHAGKEEELIAFLEMARETLRESVIDGAMINCLANLNKLDEIDKFVAGPNVADLE
AIGDKLFAAKNYKGAKILYSNVSKYSKLATTLVYLEDYQGAVDCARKASNIDVWKKVNAA
CIENKEFRLAQICGLNLIIDAEELPELVRTYEHNGYFNELIALFESGLGLERAHMGMFTE
LAILYSKYSPEKVMEHLKLFWSRINIPKVLTACEEAHLYPELIFLYCHYEEWDNAALTMI
KRSEVAFDHSSFKEIIVKVPNLEIYYKAINFYMNENPSLLVDLLAVLTPKLDLPRVVRMF
VKSDNLPMIKPFLISVLEKNNSVVNGAYHDLLIEEEDYKSLKAAVENESCNRFNSLDLAE
RLENHKIIFFRQISATLYAKNKKYAKAISILKSDKLWADLLKTAAISKSTKIAHELLDYF
VETGNHECFVALLYVCYDLIEFDYVLELSWLHDLSNFVKPYEISIAYENRKRMDELYADL
QKRKAAEQEDEETPTGQPLMITNGPVGGLGYQPTGAGFGNAF

NT seq 4989 nt +upstreamnt +downstreamnt
atgtcagatatccccattgacttttccgagttggctcgtttgccagcgttgggcatctcg
gctcaatcgttggatttccggtccacaactttggaatctgataaatatgtctgtgttcga
gaacagggccctcaaggcaacaccgtggccatcatagatctccaaaatggtaacgaagta
accaggaagaacatgagtgcagacagcgccatcatgcatccgtctcagtttgttatctcg
ctccgggccaatggaaccacggttcaaatattcaacttgggaacgaaacaacgactcaag
tcattcaccatgtctcagccggttgtgttttggcggtggttgacacccgaggtgcttggt
ctcgttactgaggactccttgtatacgtggcaggtttttgatggcaccaatgatggtcct
gttaagttgactgatcgtcaccattcgcttaacaatgcgcagatcatcagttttgtcgcc
gaaccagcgctcaattggtatgctgtaactggtattgcccaggaaaacggtcggattgct
ggtcatatccagcttttctccaaatctcgtaacgtttctcaagcaattgagggccatgtg
tccaagtttgctgaaatcaaattgaacggcgctcctcaccctaccaaggtgttctgtgtg
ggtaacaagaacgctaatggcgagggtaacttgcacatcatcgagatcgaccaccctgaa
ggaaatccacctttccagaaaaaactggtggacatttacttcccagccgatgccgccagc
gacttccccatctcgttgcaggcgctgaacaagtatggaatcatctatatcctcaccaag
tatggttttattcacttgtacgatatcgaaacaggtaccaatctctttgtcaaccggatt
tcttccgatcctgtgttcactgcctcggcctataatgagggcacaggtataattgccatc
aacaaggcaggtcaggtgttgtccgtcgaggtggcacgcgaaaaaatcgtgccttatgtg
cttgaaaagttgtcaaacgtcagtttggctctcgctctttccctgcgtggaggtttccct
ggtgctgaaaacttgttccagcaacaattccaaaactttttaaaccaaggcgattacacc
aatgctgctaaagttgcagctctgagtgatcaattgcgtactcaggacactatcaataag
ttgaaacacattactcctcaaccgggtcaaatctctccaatcttacagtacttctccaca
ttgttggaccgcggtaccttgaacaagtacgaaagtattgaattggcaaagcctgttctt
caacaagaccgcaaaccattgtttgagaaatggttgaaggaagaaaagttgacctgttct
gaagaattgggtgacattgtcaagtcatacgcagatgctgcattggctttggctgtgtat
atccgcgccaacaaccacatcaaggttgtatcatcgttagctgagttgggccagtttgac
aagattttgccatattgtgaacgagtcaattatcatcctgatttcactcaccttattcaa
aacttggttcgagtcaaccctgacaaagcctccgaatttgccaccctgcttttagcaagc
cctgagaccaaattggacgttgaaaatattgctgatcttttcttctcccaaaactatatc
caacaaggtactgctttcttgttagatgccttgaaaaatgattcaccctcagaaggtcat
ttgcaaacgaaggttttggagaccaatttaatccatgccccacaggttgccgatgccatc
ttgggaaatcaaatgttttctcattacgataaacccacaattggcaagctttgtgaaaaa
ctgggcttgtttcaaagagctttggagcattatgacgacctcaaggacatcaagcgagtt
attgtgcacaccaacgtcttgcctaacgactggttggttcaatacttcggtcagttgaac
gtccaacaatccgtcgcttgtatcaaggagcttttgagcaataacatgaaacagaatttg
caagtggttattcaggtggccaccaagtattctgatttgattggtccattgactcttatc
aaaatctttgaagagttcaagtgtaacgaaggattgtattattacttatcttccatcgtc
aacatcactcaggatcctgatgtagtcctcaaatacattcagactgctgccaagatgaac
caagcaaaggaaattgagagagttgtgcgtgacaataatatttacaatggggagaaggtt
aagaactttttgaaagaggctaaattggaagaccaattacctttgatcattgtatgtgac
agattcaactttgttcatgacttgattttgtatttgtacaaaaatcactttttcaagttt
atcgaggtctacgtgcaacaggtgaaccctactaacactcctcaagtggtcgctgggtta
ttggacgttgactgtgacgaaaacatcatcaaggggcttctcgcatcagttatcggacga
gtaccaatcaaggaacttgtggcagaagttgagaagagaaacagactcaagatcttgctt
cctttcttggagaaaactttggaaggtggatccactgatcaagaggtttttaatactttg
gcaaagatttacatcgattccaataacagccctgaaaaattcttacaggagaatgacaac
tacgatactttggcagttggtaagtactgtgaaaagcgagacccctacctcgcctacatt
tgttactctaagggttccaatgatgatgaattgattgcaatcaccaatgacaataagatg
tacaagtatcaggcaaggtacttgttgtctaaatctgacttcgcattatggagcaaggtt
ttgacaagtgacaacactcacagaagacaattagtcgatcaagttatttccactggaatt
cctgaattgaatgatccggaacctatttcaattaccgtgaaggcttttatggagaatgac
atgcaagaggaattgatcgaattgttggaaaaaatcatcttagagccatctccattcaat
gacaacacgtcgttgcaaggtttgttaatccttacagccattaaagctgatccatctcgt
gtgctgaactatattgagaagcttgataagtttgacccacaagagattgctcccttgtgt
gttgacaaccagttgtacgaggaggcttttgaagtatatgataagtttgaaatgagaaat
gaagctatgaaggttttggtcgaggacatcatgtcgttggatcgtggagagcaatacgct
gagaaatacgacacttcggatttgtggtaccaattgggtactgctcaattgaacggtttg
cgggttcccgaagctattgactcttacgtcaagtcgaaaaatcctgaaaactatgagcat
gttattgaaatcgctgaacatgcaggtaaggaggaggaattgatagcattcttggaaatg
gccagagagacattgagagaaagtgtcatcgatggagccatgatcaactgtcttgctaac
ttgaacaagttggacgagatagacaagtttgttgctggtccaaatgtggcagacttggaa
gcaattggtgataaattatttgctgctaagaactacaagggcgccaagatcttgtactcc
aacgtttccaaatactcgaagcttgccacgactttggtctacttggaagactatcaagga
gctgttgattgtgccagaaaggcttccaatatcgacgtatggaagaaggtgaatgctgct
tgtatcgagaacaaggaattcagattggcacaaatttgtggtttgaacttgattatcgat
gctgaagaacttcctgagttggtcagaacctatgaacacaacggatatttcaatgaattg
atcgcattattcgagagtggtttaggtttggagcgtgcccacatgggtatgttcacagaa
ttggctattttgtacagtaagtacagcccagagaaggtgatggagcacttgaagttgttc
tggtccagaattaacattcctaaagtgttgacagcctgtgaggaagcacacttgtatccc
gagttgatcttcttatactgtcattacgaggaatgggacaatgctgcattgaccatgatc
aagagatctgaagttgcttttgatcactcatccttcaaggagattattgtcaaggttcca
aacttggaaatctactacaaggcaatcaacttttacatgaatgaaaacccatcactttta
gtggacttgttggcagtcttgacccccaagttagacttgcctagagttgttcgcatgttc
gtcaagtctgacaacttgccaatgatcaaaccgttcttgatttccgtcttggagaagaac
aactcggtagtaaacggtgcttaccacgacttgttgatcgaagaggaagactacaagtcg
ttgaaagctgctgttgaaaatgagtcgtgcaacagattcaactctttggatttggcagag
agattggagaaccacaagatcatctttttcagacaaatctccgccactctttatgccaag
aacaagaagtatgccaaagctatttccatcttgaagagtgacaagttatgggcggatctt
ctcaaaactgctgccatatcaaaatccaccaagattgcccacgaattgttggattacttt
gtggagacaggaaaccacgaatgtttcgttgcattgttgtacgtttgttatgatttgatt
gagttcgactatgttctcgagttgtcgtggctccacgacttgagtaatttcgtcaagcca
tacgagatctcgattgcatatgagaaccgcaagcgtatggacgaattgtatgctgatttg
cagaagagaaaggctgctgagcaggaggatgaggaaactcccactggacaacctttgatg
attacaaacggacccgttggaggtcttggttatcaaccaaccggagctggttttggtaac
gccttttaa

All links

Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (13)   

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