KEGG   Saccharomyces cerevisiae (budding yeast): YJL207C
Entry
YJL207C           CDS       T00005                                 
Symbol
LAA1
Name
(RefSeq) Laa1p
  KO
K24814  HEAT repeat-containing protein 5
Organism
sce  Saccharomyces cerevisiae (budding yeast)
Brite
KEGG Orthology (KO) [BR:sce00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:sce04131]
    YJL207C (LAA1)
Membrane trafficking [BR:sce04131]
 Endosome - Golgi transport
  Others
   Aftiphilin/p200/gamma-synergin complex
    YJL207C (LAA1)
SSDB
Motif
Pfam: Laa1_Sip1_HTR5
Other DBs
NCBI-GeneID: 853223
NCBI-ProteinID: NP_012328
SGD: S000003743
UniProt: P39526
Position
X:complement(41389..47433)
AA seq 2014 aa
MANRSLKKVIETSSNNGHDLLTWITTNLEKLICLKEVNDNEIQEVKEIHTQLDEFVRYIS
VLENTDDLELHSVFISLSQLYTISIWRLKDEYPGVVFDSAAFLTNVLCEEDVSIDDGDTD
PNQKKKKKKSSTKKKKYIYSPAKDIACTILVQLFENFGSSISSLIPLLFNAIFKNLKKIM
EKSKYYHATFMTTLLQLFNAILRNSNNDDKILDPATYAKFSKLSKTVFDSISTDEKDFSV
TFVSVLIECWTAHFKQTNFIREHSHDIIETIYSRFTEGEIGVYGFANDETRIFTAKSLAE
ILFDYYFSKNILTLQEVWSIYVKIFLNCDTRDVESGCFESIIHLINLNLLADNTFLSNSK
YLDIVLSLSGVFSSYEVNNRSMNTLSRYLRYFQHMHEVILPHLNDSAKTQMLYYILGCSD
TYQSSSKSDSASNFKYSIDAKPETQWLTLLQLDFTYVLISDLGSTFTTEENTVKEIRDKL
VDLATCEIFTIRVHTVEILKVFLNNCPEYLSETIENSLRALSTDFKSTGKFIFHKNHGHA
FIIANLIKGAESDYISYELIMRITVFSTSFIKNNTTSTSSNLYFKGLLCWILLIGLMNYK
DEQYLKLQIPQLFLFWKVLLTHTYTYHDEDELYKNLEIRNHALTCLLTYLSNTTIDKEMA
KQVSYLLTKCSNFNHSIDLKSKNIDNALLHNENRILQVYLKLEKYINSDFNSSLLILIVK
NFSDPNLYTESSSSVLGSLKDIGNRKVSNKDDMESNIVLESSINTLLRQNNGFAFGLSSK
ITGDRIVNLSMSSAYKYDESISGSWPSKDYNWYNIFEVEVSKPISPILSLDSLILLYGSG
SYSQIDRYAPQVTTSLIDSSMELFSSVFPFLNSKIQYSIMETLNLSMFSKMTTPLRSVAV
AANVCSALHNALRIMQENNLELDYSVGQLIIESIKKIQFFNDIFLTKIKADCVGLLTAAI
ARTLGDEERQKFLTEQSRIFIKNVADMDEPYLRMFHVLSLATIFKYNSQYANFEEYFDVI
FALMRDPHPVVHSWSLKAMHILLEKHLVIDLKTAALLLSSMEELLVQDKYGIYGRSTLRC
NYNRDFNSHVAIGEISRTLTETVGPNFLELNTKVLDSFRNITLSMLISNNILNSITSIKM
FENIATFKMKNILNYEIFILASKSIIKSSIVTGIGSSYFDTTFTGSNELISRTSSLKGAF
ENFDLLTLLYKLQMEEFFMKEMENLSWRYLALFPNSGSVKNYFTEWILHTFKRDNHWFDK
LYSIFNMSLGRLFQSYNRDVSALLEVNGLKKSSEKEIKGEEEESIANVNQLTDTDAGGLD
SENLQWKSRQIILNLILMLCLESEKYENLLLALSNKIADLIKISFRGSTVRNEGMKLTGL
HILNFVLKNYSTMRDPQVPGSSILEQQEAQITSALMPAFSKGSSPTVMSFAITVAAEVLA
SNIMPPDKLGRISQLLIDLLGNFKDPNSGIRIGEAIIVTPKAKRKIELAVLDAWAEVVQR
SITSSNDALFSFTRKYWSILVPLWIISLREYMMIKYNDNDSTVQVKNDSKENSLIEPRST
KIELYEPVWLNFVEALGCTLDSDVQVILASLNDEELEYFLFILFSQCLEAIVKNIDDHSV
KMQVLPALHNVLKSNLCIKSIFEDDIITEVVEIMDRLISTGDSKEEFLLVDIISDLIIGY
SKCNATPETFLQDIDKLYELLRLLMTIISERLPFIKYNVLTSEEDDNEIKISPTDISLLK
KTFIAFESNISNFDNMFKVDLYSCLLFIIGKIYECSHREVIIPIILPLFKALVKALTESE
DEKNIVLLEIFYGSIKDVIYHKLDSKNKVATILILLSNGYSKLSFQELNQCANILSEALN
NPATQPIALQGFKRIISNIFKYPLLQYFMKLVIKRFFQDIQTNDSLSQASIKTKLIIQFS
EEVIKQDHQKASLSIALCLSFFAAYHSAYTEKIDNEVASGIVALAKLDKNSFKEAISSTI
SPQQKAIIGSVMEAYVKSQSLGSVEEAFQLKSFD
NT seq 6045 nt   +upstreamnt  +downstreamnt
atggcaaaccgatccctcaagaaagtgatagaaacatcatcaaacaatggtcacgattta
ttaacttggataaccaccaatttggaaaagcttatatgtttgaaagaagttaatgataat
gaaatacaggaggttaaggaaatacacactcaactggatgagtttgtgaggtatatctcc
gtactagaaaatacggatgatttagaactgcattcagtgtttatcagtttgtctcagctc
tatacgatttccatatggcgtttgaaggacgaatatcctggtgtagtttttgattccgca
gcattcttaacaaacgtattgtgtgaagaagatgtatccattgatgatggagataccgac
cctaaccaaaagaaaaaaaagaagaagtcaagtacaaaaaaaaaaaagtacatatactca
ccggcaaaagatatcgcatgtaccatacttgttcaattatttgaaaattttggaagtagc
atctcttccttaatcccattgttatttaatgctattttcaaaaacctgaaaaaaattatg
gagaaaagtaaatattatcatgctaccttcatgacaacccttcttcagctttttaatgcg
attctaagaaattccaataatgatgataaaatccttgatccagccacatatgcgaaattt
tcgaaactatccaaaaccgtttttgacagtatttccactgatgagaaggacttttcagtt
acttttgtgtctgtcctaattgaatgctggacagctcatttcaaacaaactaattttatc
agagagcactcccatgatattatagagaccatatattctagatttaccgaaggtgaaata
ggtgtttatggttttgcaaacgacgaaactcgtatctttaccgcaaaatctttagcggag
atattatttgattattacttttctaaaaatattttaactctacaagaagtatggtccatc
tacgttaagatattcttaaactgtgatacacgagacgtggaaagtggttgcttcgaatct
attattcatttgataaacttgaatttattagctgacaacacttttttgagtaactcaaaa
tatttggatatagttctctctttaagcggcgtcttcagcagttacgaagtgaataatagg
agcatgaatacattatcaaggtatttgagatactttcaacatatgcatgaagtaatattg
ccacatttgaatgattctgcaaagactcaaatgttgtactacatcctaggttgttctgat
acttaccagagctcctctaaaagtgattcagcttcaaatttcaaatatagtattgatgcg
aagcctgaaacacagtggcttacattactgcagcttgacttcacgtatgtgttaatcagc
gacttaggttctactttcaccactgaggaaaataccgttaaagagattagagataaactg
gttgatttagctacatgtgaaatctttacgatacgagttcacactgtggaaattttgaag
gtttttttgaacaactgtccagaatatctttcggagaccattgaaaactccttacgtgca
ctatccactgattttaaatctacaggaaaatttatttttcataaaaatcatggccatgct
tttataatagcaaatctaatcaaaggtgccgagagcgattatatttcctatgagttgatc
atgagaattacagtgttttctacatcattcattaagaataatactacatctacctcttct
aatttgtacttcaagggtcttttatgctggatattattgataggattgatgaattataaa
gatgaacagtatttgaagctgcagataccccaactatttcttttctggaaagttttatta
acacatacctacacataccacgacgaggatgaattatacaagaacctagaaatccgaaat
catgcattgacttgtttattgacgtatttaagcaatacgacaattgataaagaaatggct
aaacaagtatcatatttgctaactaagtgctccaattttaatcattccattgacctgaaa
tcgaaaaacattgacaatgctttactgcataatgaaaacagaattttacaggtatacctt
aagctggagaaatacataaatagcgattttaatagttctttactaatattaatcgtgaag
aatttttcagatcccaatctttacaccgagtcaagtagttccgttttgggaagcttgaaa
gatattggtaacaggaaagtgagtaacaaggacgacatggaaagtaatatagtattagaa
tcttcaattaatactttacttcgtcaaaacaacggctttgcattcggcctatccagcaaa
ataactggggaccgtatcgtgaatttatcgatgtccagtgcttacaagtatgatgaatca
ataagtggaagttggccatccaaggattacaattggtacaatattttcgaagtagaagta
tcaaaaccaatttcacccattttatctttagattcactgattctactatatggatctggg
tcttattcccaaattgaccgctacgcacctcaggtcactacatctttaatcgactcttct
atggaacttttttcatctgtattcccttttttgaatagcaaaatacagtattccattatg
gaaactttaaatttgtccatgttctccaaaatgactacaccattgagaagcgtggctgtg
gctgctaatgtttgtagtgctctgcataatgctttacgcatcatgcaagaaaacaatcta
gagttggactattcagtggggcagctaattatcgaatcaataaagaagattcagtttttt
aatgacatttttctcacaaaaatcaaggcagattgtgtaggattgctgacagcggctatc
gcaagaacacttggcgatgaagaaagacaaaaattccttacagagcaatcaagaatattc
attaaaaacgtcgcagatatggacgaaccatacttaaggatgtttcatgtcttatcattg
gctacaatttttaaatataactcacaatatgctaattttgaagaatactttgatgtaatt
tttgcattaatgagggatccacaccctgttgttcattcatggtcattgaaagcaatgcat
attcttcttgagaaacatttagtgattgatttaaagacggcagctctgttgctaagttct
atggaagagcttttggtccaggataagtatggtatttacggacgctctactcttcgctgt
aactataatagggactttaattctcacgtagcaatcggtgaaatttcaaggacattgact
gaaactgtggggccaaattttctagaacttaacaccaaggttcttgattcgttcagaaac
attacactctccatgttaatttcaaataatattctcaacagcataaccagcattaaaatg
tttgaaaacatagctacttttaaaatgaaaaacattctaaactatgaaatctttattctt
gcttctaagagcataattaaaagttcaatagtgactggaataggctcatcatattttgac
actacattcacgggctcaaatgaactcatttctcgaacttcaagtctgaaaggcgccttt
gaaaactttgatttattgacgttgttgtacaaattacagatggaggaatttttcatgaaa
gaaatggaaaatttgagctggagatatctcgcactttttccaaattccggttctgtcaag
aattattttaccgaatggatattacatactttcaaaagagataatcattggttcgataaa
ttatactcaatatttaatatgagtttaggaagactcttccaaagctataacagagacgtt
tcagccctactagaggtaaatggcctaaaaaaatcttcagaaaaggaaattaaaggcgaa
gaagaagaatcaatagcgaatgttaaccaactgactgacacagatgctggtggtctcgac
tctgagaacctgcaatggaagagcagacagattatcttaaatttaatattaatgttgtgc
ttagaatccgaaaaatatgaaaatctgctccttgccctcagcaacaaaattgcagatctc
attaaaatatcatttcgtggatctacagtgaggaatgaaggcatgaagttaacgggacta
cacattttgaattttgttctcaagaactactccaccatgagagatcctcaggttcctgga
tcgtcgattttagaacagcaagaggcccaaataactagcgcattaatgcctgcttttagt
aaaggaagctcacctactgtaatgtcctttgctattactgttgctgctgaagtgttggca
tcgaatataatgccaccagataaattgggaagaatttcacaattactaattgaccttctt
ggtaactttaaagatcctaattccggtatacggataggggaagctataatcgttacaccc
aaagcgaaaagaaaaattgaacttgccgttttggatgcgtgggctgaggtagtgcaaaga
tccatcacgtcgtcaaatgatgcgcttttctcttttaccaggaaatattggagcatttta
gtcccattatggatcatttctttacgtgaatacatgatgataaagtataacgataatgat
tctactgtgcaagtaaagaatgactcgaaagaaaatagtctcattgaaccaagaagtacg
aaaattgagttatatgaaccggtctggttaaatttcgtagaggcccttgggtgcactctg
gattcagacgttcaagtcattttggcatctcttaacgatgaggaattagagtattttctt
tttattttatttagccaatgtttggaggctatcgtcaaaaatattgatgatcattcagtc
aagatgcaagttttaccggctttacacaatgttttgaagagcaatctgtgcataaaaagt
atatttgaggatgatattattactgaagttgttgagattatggacagactgatttctaca
ggcgacagtaaagaagaatttttgcttgttgatatcatcagtgacttgatcattgggtat
tcgaagtgtaatgctactcctgaaacatttctacaagatattgacaaactatatgagcta
ctgcgactactgatgacaattatttctgagaggttgccatttattaagtataacgtgctt
accagcgaagaagatgataatgaaataaaaatctctcccacagatattagtctgttgaaa
aaaacatttattgcgttcgaatcaaatatcagtaacttcgacaatatgttcaaagtagat
ctttattcatgtcttttattcatcatagggaaaatttatgaatgtagtcatcgtgaagta
ataattccaatcatactcccacttttcaaggcactagtaaaagcgcttacggaatctgag
gacgaaaaaaatattgtgttactagaaatattctacgggtcaataaaagatgttatttat
cataagctggattcaaagaataaagttgcaaccattttgatcttgctgtctaatggatac
tctaagctaagttttcaggaactgaatcagtgcgcaaatattctctcggaggcattgaat
aatcctgctacgcagccaattgctctacaaggcttcaagagaataatatctaatattttc
aaatacccgttgttgcagtattttatgaagttggttataaaaagattctttcaagatatt
caaacaaacgattccttatcgcaggcaagcattaaaactaagttgataattcagttttcc
gaggaagtaatcaaacaagatcaccaaaaggcatcattgtcaattgctttatgtctttct
ttctttgccgcatatcatagcgcatatacagagaaaatagacaacgaagtagcaagtggc
atagttgctttggctaaattggacaaaaattcatttaaagaagccatttctagcactata
agtcctcaacaaaaagcaattataggttccgtgatggaggcatacgttaaatcgcagtct
ttgggctctgtcgaagaggcctttcaactgaaatctttcgactaa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (60)   
   KEGG ORTHOLOGY (1)   
   KEGG GENES (1)   
   RefGene (55)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (1)   
   Pfam (1)   
All databases (68)   

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