KEGG   Saccharomyces cerevisiae (budding yeast): YDR326C
Entry
YDR326C           CDS       T00005                                 
Symbol
YSP2, LAM2, LTC4
Name
(RefSeq) Ysp2p
  KO
K27898  protein Aster
Organism
sce  Saccharomyces cerevisiae (budding yeast)
Brite
KEGG Orthology (KO) [BR:sce00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   02000 Transporters [BR:sce02000]
    YDR326C (YSP2)
Transporters [BR:sce02000]
 Other transporters
  Others
   YDR326C (YSP2)
SSDB
Motif
Pfam: VASt GRAM Flu_PB2_4th
Other DBs
NCBI-GeneID: 851926
NCBI-ProteinID: NP_010613
SGD: S000002734
UniProt: Q06681
Structure
Position
IV:complement(1120609..1124925)
AA seq 1438 aa
MRDEATRKKRSFSDGHFFKKLKLMSRKKQPVMERSKTTRTRKESTNSAAKSSLSLRRANN
GRKTIAKRRVLTDIGSTNEGVAGNSGSNSPAQYSHTPHFSDSIPPLPLELPDIVSIRSSR
SHISNKSNKNKHGIDLTFIPRRSLQNSKAGLKKPNTSPQGYFNIPVTIDRASEKVKHTDT
KNTFNSSSSENERPVLSILQKDDSQSSSHPAIDSMSAPNNINNNNDIENSSNSLFDTILS
IAHSAISHVPKISALNTEIQREFSHSGESHTGSTRHPYFHIHHAQQQHPLSQQQGPLPVS
ENANQNPNDTVLIHSPSANTAHRSSSFLRHLDYLLSPTSGPASDKHTQVEEGDDEEELSP
LSKAFLSPSTQLVPTNTSTTPLSGSLTPNNRNVNANSNSETENDNDRDDRSNVGKVKFQP
LKVHEPAISTFGKGNLTLEAVAGSSDIDNTTIDLDENNTNNNPNASSTNLSHISKSNVNN
NLGPKELNTSYRNSTYIDMARFENSQSNLSSHRARSKTLPANKALENAVGDEGNSKRNSR
YSSYSNDMAFDDADERKFRSMSKKFLNRRSFSPSNLGNKVIPGINLRNSFNKNRNSSSDF
FSTNQGQQMPRTSTAGSGNIHAIMGLDSGNDDFKLEGIEYASEKKNSEFHTLFKDCDINP
NEKLIVDHSCALSRDILLQGRMYISDAHIGFFSNILGWVSTVFIPFKEIVQIEKKTTAGI
FPNGIVIDTLHTKYIFASFMSRDATFDLITDVWNQIILGKKYRNGFGNNDDGTISDSSSA
FFDDSDDNDDDGDLDDDDPDINSTDMTSSDDIDADVFNESNDLGKNQKSTNYLLGPNKHS
PTTADFKPSNNDHLVIEANINAPLGKVVNLLYGEDVSYYERILKAQKNFEISPIPNNFLT
KKIRDYAYTKPLSGSIGPSKTKCLITDTLEHYDLEDYVKVLSITKNPDVPSGNIFSVKTV
FLFSWDKNNSTKLTVYNSVDWTGKSWIKSMIEKGTFDGVADTTKIMISEIKKILSDEDSN
INSKHQASNNESEEEIINLPTIGPPVHDPTEPDFQKGKDDTVIDEKINIPVPLGTVFSLL
YGDDTSYIKKIIENQNNFNVCDIPKFVNNAREITYTKKLNNSFGPKQTKCIVTETIEHMD
LNSFFMVKQIVRSPDVPYGSSFSVHTRFFYSWGDHNTTNMKVVTNVVWTGKSMLKGTIEK
GSIDGQRSSTKQLVDDLKKIISNASSTKKKSRRRGKTVNKRKSSPSTIKNEKNEENFEDT
STKNSFFSAFSMLQQVNITSVQGIMTIISFFICLIFFFRLLFHSKNTSNIQIITPGTILI
NGNEYNYVPNFKTLYHVYEDNIIKDARRKDSNKNNIVTDTEGLIWDWLIDRGNGTVQNSV
LSNHIKESNNKKVKLVNGVSDHKIQQLVESIKITELQLQEMKELLAQTDNTSATNQLL
NT seq 4317 nt   +upstreamnt  +downstreamnt
atgagggatgaagctactcgcaaaaaaaggtcatttagtgatggtcattttttcaagaaa
ctgaaattgatgtcaaggaaaaagcaacctgttatggaaagaagtaagaccactcgtaca
aggaaggaatctaccaattccgcagcaaaatcatccctatcattaagaagggccaacaat
ggcagaaagaccatcgctaagagaagagtactgaccgacataggctctactaatgaaggt
gttgccggtaactctggttcaaactctcctgctcaatattctcatactcctcattttagt
gattctatcccaccactgcctttagagctaccagatatcgtctcaataaggagtagtaga
agtcatattagtaataagagtaataagaacaaacatggtatagacttgactttcatacct
cgaagatcgctacaaaattctaaggctggcttgaagaaaccgaatacttctccacaaggt
tattttaatattccagtgactatagatagagcaagtgagaaagtcaaacatactgatact
aaaaatacattcaattcttcgtcttctgagaatgaacgaccagttttgagcatcttacag
aaggatgactctcaaagttcttcgcacccagctatcgattcaatgtcagcacccaataat
attaacaacaataacgacattgagaattcttcaaacagtctatttgatactattctatca
attgctcatagtgccatatctcatgtccctaaaatttcagccttaaatactgagatacaa
cgtgaattttcgcattcaggtgaaagtcatacaggttcaactcgccatccttatttccat
atccaccacgcgcagcagcaacatcccttgtcacagcaacaagggcccttacctgtttcc
gaaaatgctaaccaaaatcccaatgacacagtgctcattcattccccctccgctaacaca
gcccaccgcagttcatcatttttgcgtcatttagattatttactatcccccacttctggt
ccagcctctgataaacatactcaagtagaggaaggggatgacgaggaagagttatcgcct
ctttccaaagcatttctttcaccatcaactcaactggtacctacaaatacatcgactacg
cccctttcaggttctttgacacctaacaatagaaacgtaaatgcaaactctaactctgaa
accgagaacgacaatgatagggatgatagatcaaatgttggcaaagtgaaatttcagccc
ttgaaagtacacgagcctgcaatctcaacctttggtaaaggcaacttaactttagaggca
gtggcaggatcctctgatattgataatacaactattgatctggacgagaataataccaat
aataatccaaatgcaagttcaacaaacttgagtcatattagcaaaagtaacgtaaacaat
aatctcggtccaaaagaattaaacacaagttatcgtaatagtacctatatcgacatggca
aggtttgaaaattcacaatcgaacctttctagccatagggcaagaagtaagacactgccc
gcgaacaaagcattagagaatgccgttggtgatgaaggtaatagtaaaagaaattcaaga
tattcttcttattcaaacgatatggcctttgatgatgccgacgaaagaaaattcagaagt
atgtccaaaaaattcttaaacaggagatctttttcaccttcgaacttaggcaataaagtg
atccctggaattaatttaagaaattcattcaacaaaaataggaatagtagttctgatttc
tttagtacaaatcagggacagcaaatgccaagaacaagtactgcgggctcaggtaatatc
catgcaataatgggtttggattctggcaatgatgatttcaagttagaaggtattgaatat
gcttcagaaaagaaaaacagcgaatttcatacccttttcaaggactgcgatattaatcct
aacgaaaagttaattgtcgatcatagttgtgcactatctcgtgatattcttttacaagga
aggatgtatatatctgatgcacacattggatttttctcaaacattttgggatgggtcagt
acagttttcattccgtttaaggaaatcgttcagattgagaaaaagactaccgccggaatt
ttccccaatggtattgtaattgatacgttgcatacaaagtacatcttcgcctcttttatg
tcaagggatgctacctttgatttaattacagatgtatggaatcagatcatcttaggtaaa
aaatataggaatggcttcggtaataatgacgacggtacgataagcgattcgagcagtgca
ttttttgatgattccgatgacaatgacgacgatggagacctggatgacgatgaccctgat
attaatagcacagatatgacatctagtgacgatattgatgctgatgttttcaatgaatca
aatgatcttggtaaaaaccaaaaatctacgaactacttattgggtcccaataaacactct
ccaaccactgctgatttcaaaccttccaataatgatcatttggttattgaagcaaatatt
aatgcaccattaggaaaagtagtaaatcttttatacggtgaagacgtctcttactatgaa
aggatccttaaagctcagaaaaattttgaaatatcgccaatccctaacaatttcctcaca
aagaaaattcgtgactatgcatatacgaaaccgttatcaggcagcattggtccaagtaaa
acaaaatgtttgatcacagatactttagagcattatgatttggaagactatgttaaagtg
ctcagtattaccaagaacccggatgttccttcagggaatatcttttcagtgaaaactgtt
ttccttttctcttgggataaaaacaactccaccaaattaacagtttacaattctgttgat
tggactggtaaaagttggatcaaaagtatgattgaaaagggaacatttgatggtgttgcg
gacaccacaaagataatgatatctgaaattaagaaaatcttaagtgatgaagactcaaac
ataaactcaaagcatcaagccagcaataatgaatcagaagaagaaattattaatctgcca
actattggacctccagttcatgatccgacggaacctgattttcaaaaaggaaaagacgat
acagttatcgatgaaaaaattaatataccagttcctttaggaacagtgttttcactattg
tatggtgatgacacatcatatattaagaaaatcatcgaaaaccagaataactttaatgtt
tgtgatattccaaagtttgtgaataacgcaagagagatcacctataccaaaaaattgaac
aattcattcggtccgaagcaaactaaatgtatagtcacagagaccatcgagcatatggat
ttgaacagtttttttatggtaaaacaaatagtcagatctccggatgttccttacggtagt
tcattttcagtacatacgagatttttctattcctggggtgatcacaacacaacgaacatg
aaagttgtcaccaatgttgtctggacaggtaaatcaatgctgaaaggaaccattgagaaa
ggttcaattgatggacaaagaagttcaacaaagcaactcgtagatgatctcaaaaaaata
atttctaatgctagttcaacgaagaaaaaatcgaggagaagaggaaagacggtaaataaa
aggaaatcatcaccatccactatcaagaatgagaagaatgaagaaaacttcgaagataca
agtaccaaaaattcatttttttccgctttctcaatgttacaacaagtaaacataacatcc
gttcaaggaattatgacaattatctctttttttatttgcttgattttcttctttagatta
ttattccattctaagaatacttcgaacatccagattattactccaggaacaatcttaatt
aatggaaatgaatataattacgttcctaattttaaaacactctatcatgtttacgaagat
aatattataaaagatgcccgccgtaaagactcgaataaaaataacatagtcaccgatacg
gagggtctcatatgggactggttgatagatcgtggaaatggaaccgttcaaaatagtgtc
ttgtccaatcatattaaggagagtaataacaagaaggttaagctcgtaaatggagttagt
gatcataaaatacagcagctagttgaatctataaaaatcaccgaattgcagctgcaagaa
atgaaagaattattggcccaaacggataacacgtcggctactaaccaattactttga

  All links  
Gene (43)   
   RefGene (40)   
   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)   
3D Structure (4)   
   PDB (4)   
Protein domain (3)   
   Pfam (3)   
All databases (54)   

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