KEGG   Cryptococcus neoformans var. neoformans JEC21: CNF04530
Entry
CNF04530          CDS       T00243                                 
Name
(RefSeq) clathrin-coated vesicle protein, putative
  KO
K24814  HEAT repeat-containing protein 5
Organism
cne  Cryptococcus neoformans var. neoformans JEC21
Brite
KEGG Orthology (KO) [BR:cne00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:cne04131]
    CNF04530
Membrane trafficking [BR:cne04131]
 Endosome - Golgi transport
  Others
   Aftiphilin/p200/gamma-synergin complex
    CNF04530
SSDB
Motif
Pfam: Laa1_Sip1_HTR5 HEAT HEAT_2 CLASP_N
Other DBs
NCBI-GeneID: 3258484
NCBI-ProteinID: XP_571414
UniProt: Q5KER6
Position
6:complement(join(1313200..1313760,1313816..1313981,1314032..1314843,1314889..1315166,1315217..1315448,1315507..1316793,1316849..1319152,1319192..1319254,1319291..1319665,1319705..1319743))
AA seq 2038 aa
MPDISPDVLRVEESRFTGDGSDLSLLHWLRQAEQAIEAISPEDLSKQIQSLHTFFLNLLL
PNPNPTLPKPGRPIRHLVTRCVVKLHQRVESRSLFDFVQALVKAVSDGGSKGMSAAENLG
RVASWYCIGEVIKEHGKNMMSFMAEICTSSLKVFKNTNLSVLLRTQAMVAFSRSLHSAGK
ALPDALVKDLLKSLRSGLQDKALSVQRASAKTFIALHLHTPVLQLQPTLDMVAPLSFKSL
ETADHLTRRAFSRMLAHFLAATQVPGSGVVPESSKKSKPEAEDQSGEPTVMTSVAEDRAS
KTLFTTQEMLKYLSIPYNKQQSPRKLRNAIIDAYATLFTTLGGEYVEARYEEIVKHIMDE
IVIPQRGGRYEVLATRQAAKILLRDLVGERLLSEPGQVSAIRELTLNYLKKWQPTLLPGQ
PRINKNVLIVSLHEIAGLLEQLGNAPAQIIELLAEPLVRLLAHESYSVRLSTAFTLRRFC
TTNPSQLPRLLGVLIADIEKDLNLLSSPTAPKEVAPRLVGKAFGLSALIAVSPVRPLYVS
HDVPTKVFDLAVSLLKRAGDHEIPQASTEIQVAWYLMTGLMSLGPSFVKLHLPQLLVLWR
NALPKPSNKDTSVGERGEAEWNFLLLVRECALSSALNFLNHNHSLVNIDVARRLATLFTN
TLNYVNGFATAYAEALREQANSPNPSPIFTTRPSLVDREATLRRRVLQCFTVLGPSSATE
STQPALLQAAITVFADPENYSGSGAQAAIAAQAGNFVGIWHSADGYAFGVTSLARARDDY
GKNGEEDEGEEGWLNRDKVEIELEGQLSRPILGSLEHDFLPLLAAQQPLSSPTPAPAQTG
VIDAGLSLFSILFPHQNLEGQVQSLATLSSHMRSSKLEKNPGRKQAVIVNTVTALRKTLK
GVEGAGGKARKVVGSAQVSEMIRSLLQDAIFDPSPSIRSTSAEALGLLSSLASPTHLSSQ
VQWLVDQVVTNRSPDARAGCALAFGAIYSFVGGLAGGPILKTIVNILMSLATDPHPVVHF
YAMKALARVVDAANLSYEPYVLTTLGMLSNIYLLETHEPEGGSLGSVNLRGDLPAYQVIC
RILHALIGVLGPELQEPGKVRSLVFLLVHEFGEETDEGLAVEAIKCVQQFLMFAPTAIDI
PKLVQTFRTHLASPRRPLKVASITALYQIVQRDPVLISKLGGNQLVEDLFGLLDDDPSID
GVKKVISSWLRGTAAALPSGWIDLCQRIMTRTAAQKAAIRRPQQASAPAAGPAFIDDEGE
SLGGGASTSASSNALSSRWRTQLFALECLHDIVVSVAESNRPEHFDPIIARKMGANGRHM
LWSRVGDLIKMAFSASTAGVMEVRAAGLVVLRDVIEKFSASPDPDFESALLLEQHQAPIA
AALTPSFGSDSAPEVLSLAVQVCAVFVGSGVVKEVPRMGRILKLLTGALEQCKNGEMLSL
GDMEDLSPSAVIMLQISILTAWAELQISSVRQSYLTDVLKPYRWLLAPFWIGALRDYAQL
RTDPEMGGLSGAVDSTAGLGREVLLPYYEQAVPKLLHAVAISFAINDPFAFGAMDGQRYD
SPNPPTSVPSIRPEPSANFYIVYGLSFESLLKTIGDVSASPLASACLKAMQSLVKPVLSG
TTVFEGQFFDELCTVCYRIAMSEPATVKSEAVEVMSSFATSRKGTGTMDSAQTRRALAII
AFTLRQIVPTKEMKPSWNHVDSTQDKVNLLRSAFMAFAQIIECVEVSQKADMYAVGLHLF
MGLLESESPVDLVGGCLGCLKVQMEGLVAAQVPGVSNGEKIVHGVVSACLSNIDDMRTRV
NPVANIIIKNNLLAVTLILTALPADLKVSRNLVESVGYTIGQYLGAGIERPELGLTAIHC
ASTILPASLRLLPSPLGPNSPPAPSPVLQHATLHLLPPMITYISDNVVAHATNPDYAPPL
EGIQAVIKTLVSWGTGLPEEHKPRGYGVLLPTLCLMLDPPGSTGQGQSSSQLHGVAAAVL
LGLAQSGPGAFKEATMAMKEGERGELEHAIRDAVGQKQGAANGGVAKERKGIELKSFG
NT seq 6117 nt   +upstreamnt  +downstreamnt
atgccagacatctcgccggacgttctcagggtggaagagtcccgcttcacaggcgacggt
tcggacctctctctcctacactggctacgtcaagcagagcaagctatcgaggcaatcagc
ccagaggatctttccaagcagattcaatccctacatacattcttcctcaatcttcttctt
cccaaccccaatcccacattgccgaagccaggacggcctataagacatctagtcacaaga
tgtgtcgtcaagctgcatcaacgcgtggaatctcgctccctgtttgactttgtgcaggcc
ctagtcaaggcggtcagcgatggtggttcaaagggaatgagtgctgcagaaaacttgggc
agagttgcgagttggtactgtatcggagaagtaatcaaggaacacgggaagaatatgatg
tcgttcatggccgagatctgtacttcgtcattgaaagtgtttaagaacaccaacctctct
gtcctgcttcgaacacaagcaatggtcgcattctccagatctcttcactccgccggaaag
gccctccctgatgctcttgtcaaagatctccttaaatctcttcgtagcggcttacaagac
aaggccctctctgtccagcgcgcttctgccaaaacattcatcgctctacacctccacacc
cctgtccttcaactccagccgactttggatatggttgcccctttatcattcaaaagtctg
gagacagccgatcatttgacaagacgggcgtttagtagaatgttggcgcatttcctggct
gccacgcaagtccctggaagtggcgttgtgcctgaatcatcgaaaaagtcaaaaccagag
gctgaagaccagtccggagaacctaccgtcatgacctctgtcgctgaagacagggcatct
aaaacccttttcacgactcaggagatgctcaaatacctttcaattccgtacaacaaacaa
caatctccccgcaaactccgtaacgccatcatcgacgcttatgcgacattgttcaccact
ttaggaggggagtacgttgaggcgagatatgaagaaattgtaaagcatatcatggacgaa
attgttataccgcaacgaggaggccgatacgaggtgctcgcaactagacaagcagccaaa
atcctcctccgggatcttgtcggtgaacgactcctttcagaacctggccaagtgtctgcc
attcgcgagctgaccctcaactatctcaagaaatggcagcctaccctgctccccggccag
ccaagaatcaacaagaacgtcctcatcgtttcgctacacgaaatagccggtcttctcgaa
caattaggcaatgcccccgcgcaaatcattgaactgctcgccgaacctctagtgaggtta
ttggcccacgaatcatattctgtccggctgtccaccgcattcaccctgcgccgattctgc
acgacaaatccatcccaacttcctcgtttactcggcgttctcatcgctgatattgaaaag
gaccttaacctcttgtcttcccctacggcaccgaaggaggttgcccctcggctcgttggc
aaggcgtttggattgtctgcgctcatagctgtcagccctgtcaggccgctgtatgtgtcg
catgatgtcccgacaaaggtgtttgatcttgccgtatcgttgttgaagcgggcaggcgat
catgagatcccacaggcgagcacagagattcaagtagcatggtaccttatgacaggactc
atgagccttggtccaagtttcgtcaagctccatttgccccaactccttgtcttgtggcgt
aacgctttgccgaaaccgtctaacaaggacacttctgtcggtgaaaggggcgaggccgaa
tggaattttctccttctcgtgcgagaatgtgctctgtcctccgcgcttaatttcctcaac
cataaccactcccttgtcaacatcgacgtcgctcgtcgacttgccactctttttaccaac
accctcaactatgtcaacggtttcgccaccgcctatgccgaagcacttcgcgaacaagcc
aactcgcccaatccttcacccatcttcaccacccgtccttccctcgttgatcgcgaagcc
acactccgacgtcgagtcttgcaatgtttcaccgtcctcggaccttcctctgcgacagag
tcaactcaaccggctttgctccaggcggccatcactgtctttgctgatcccgagaattac
tcgggttcgggcgctcaggccgctatcgccgcgcaagccggtaattttgttggtatctgg
cattcggctgatgggtacgcttttggagtgacaagtctggctagggctagggatgattat
ggtaagaatggagaggaggatgagggggaagaagggtggttaaacagggataaggtggag
atcgagctggaaggacaactgtcaagaccaattttgggttcgttagagcatgatttttta
cctttactcgctgctcaacaacccttgtcatcacccacccccgcaccagcgcagacgggc
gtcatcgatgcggggctttccttgttctctatcctctttccgcatcaaaatctcgaaggc
caagtccaatcgctcgcgactctttcatcacatatgcgatctagtaagctcgagaagaac
ccagggagaaagcaggctgtgatcgtcaacaccgtcactgccttgaggaagactttgaag
ggagtagaaggggctggtggtaaggcgaggaaggtggtgggtagtgcgcaggtcagtgag
atgattagatctcttcttcaggacgctatctttgatccttcccccagtatccgttccact
tctgccgaagcactcggtctcctctcatcattagcgtccccgacccatctttcatcccaa
gttcaatggctcgtcgatcaagtcgttactaaccgatcacctgatgctcgagccggctgt
gctcttgcattcggggccatctactccttcgtcggtggcttggcgggcgggcctattctc
aaaactatagtcaacatcctcatgagccttgcaactgaccctcacccggttgttcatttc
tacgctatgaaggccctagcccgtgtggtggacgctgcgaatctcagttacgaaccttac
gtgcttaccactcttgggatgttatcgaacatctatctcctcgaaacgcacgagccagag
ggcggttccctcggaagcgtcaaccttcgtggtgacttgcctgcttatcaagtgatctgt
cgaattttgcacgcgttgataggtgttctagggcccgaactacaagagcctggaaaagtg
agaagcttggtgttcttattagtgcacgagtttggggaagagacggacgaagggctggct
gtggaggctatcaaatgtgtccagcagttcctcatgtttgcacccacagccatcgatatc
cccaagctcgtccagactttccgtacacatctcgcctcaccacgacgtccactcaaagtg
gcatccatcaccgccctttatcagattgtccagcgcgatcctgtactcatctcaaaactc
ggtggaaaccagctggtagaagatctatttgggttattggatgatgacccaagtatcgat
ggtgtgaagaaggtaattagcagttggctgaggggcacggcagcagcattgccctctgga
tggattgatctttgtcagaggatcatgactagaaccgcagcccaaaaagctgctattcgt
cgcccgcaacaagcttctgcacccgctgctggcccggcgtttattgacgatgaaggcgaa
tccctaggtggaggagcctcgacctcggcctcatcaaacgctctttcctcccgatggcga
acccaactcttcgcgctcgagtgtttacatgacattgtcgtttcagtggcggagagcaac
aggccggagcattttgatcctataattgctagaaagatgggcgccaatgggcgccatatg
ctttggtcacgggtcggtgatttaatcaaaatggcgttctcggctagtacagcgggagtc
atggaagtgagagcagcaggactcgttgtgttgcgtgatgtcattgagaaattctctgca
tcacctgatcctgattttgaatctgcacttcttttagagcaacatcaggctcctattgcg
gctgcattgactccttcattcggatcagattccgcccctgaagttttgtccttggccgtg
caagtttgtgctgtcttcgttggaagtggagtcgtgaaggaagttccgagaatgggcagg
attttgaagttgctgacgggagcgttggagcagtgtaagaacggcgaaatgctttctttg
ggagacatggaagacctttcaccttctgcggtcatcatgcttcagatttctatacttaca
gcctgggcagagcttcaaatatccagcgtccggcaatcgtaccttacagatgtgctcaag
ccatacagatggctattggcacccttctggatcggtgctttgagagactacgcccaactg
aggacggacccggaaatgggtgggcttagtggagctgtagatagtaccgctggtttaggc
agagaggtactcttaccttattacgagcaagctgtgccaaagctattgcatgctgttgct
atctcatttgctatcaacgatccatttgcctttggggcaatggatggtcagcgttacgat
tcccccaaccctcccacttctgtgccttctattcgacctgaaccttccgccaacttttac
atcgtctacggcctctcatttgagtctttgctcaagacaattggcgatgtctctgcttcc
cctcttgcttctgcttgccttaaagcaatgcagagcctggtcaagccggttttgagtggt
acaacagttttcgagggacagttctttgacgagctgtgcacagtgtgctacaggattgcg
atgagtgagccagcgacagtgaagagtgaggctgtcgaagtgatgtccagctttgcaact
agcagaaaaggcacaggcacgatggattctgctcagacaagacgggctttggccattatc
gcatttaccctcagacagattgtccctaccaaggagatgaagccatcctggaatcatgta
gattctacacaagacaaggttaaccttcttcgctcggcatttatggcctttgcgcagatt
atcgagtgcgtggaagtttcgcagaaggcagacatgtatgctgtgggattgcatctcttt
atgggcctgcttgagagcgagtcaccggtggatttggtgggagggtgtttgggatgcttg
aaggtgcaaatggaggggttggtggctgctcaagtacccggtgtgagtaatggcgagaag
attgtacatggtgttgtttcagcgtgccttagtaacattgatgatatgaggacgagggtc
aaccctgtcgccaatatcataatcaaaaataacttgctggctgttacactcatattaacg
gcgctgccggccgacctcaaggtcagcagaaatctggtggagtctgtcggctatacaatt
ggccagtatttgggtgcaggtattgaacgtccagagctcggtctcaccgcaatccattgt
gcgtccaccatacttcccgcatccctgcgacttcttccctcccctctcggccccaattct
ccaccagctccttcgccagtgctgcaacacgctactctccatctactccctcctatgata
acctacatctccgataacgtcgtggcgcatgccaccaaccctgactatgcgccgcctttg
gaaggtatacaagctgtcatcaaaactctggtatcctggggtactggcttacctgaggaa
cataagcccagaggatatggagttttattaccgacgctctgcctgatgctcgatccgccc
ggatcaacaggtcaaggacaatcctcatcacagcttcacggggtggctgctgccgttcta
cttggcctcgcccaatcaggaccaggggcgttcaaagaggcgacaatggcgatgaaagaa
ggcgagagaggagaattggagcatgcgatcagagacgccgttggtcaaaaacaaggtgcc
gcgaatggcggagtagcgaaggaacgtaaaggtatagagttgaagagtttcggatag

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Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (26)   
   KEGG ORTHOLOGY (1)   
   RefGene (22)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (36)   

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