KEGG T00005: YDR261W-B

Saccharomyces cerevisiae (budding yeast): YDR261W-B

Entry

YDR261W-B         CDS       T00005

Name

(RefSeq) gag-pol fusion protein

Organism

sce Saccharomyces cerevisiae (budding yeast)

SSDB

Motif

Pfam:

TYA RVT_2 rve gag_pre-integrs Retrotran_gag_2

Other DBs

NCBI-GeneID:

851851

NCBI-ProteinID:

NP_058146

SGD:	S000007397

UniProt:

Q07791

Position

IV:join(981462..982754,982756..986775)

AA seq 1770 aa
MESQQLHQNPHSLHGSAAASVTSKEVPSNQDPLAVSASNLPEFDRDSTKVNSQQETTPGT
SAVPENHHHVSPQPASVPPPQNGQYQQHGMMTPNKAMASNWAHYQQPSMMTCSHYQTSPA
YYQPDPHYPLPQYIPPLSTSSPDPIDSQNQHSEVPQAKTKVRNNVLPPHTLTSEENFSTW
VKFYIRFLKNSNLGDIIPNDQGEIKRQMTYEEHAYIYNTFQAFAPFHLLPTWVKQILEIN
YADILTVLCKSVSKMQTNNQELKDWIALANLEYDGSTSADTFEITVSTIIQRLKENNINV
SDRLACQLILKGLSGDFKYLRNQYRTKTNMKLSQLFAEIQLIYDENKIMNLNKPSQYKQH
SEYKNVSRTSPNTTNTKVTSRNYHRTNSSKPRAAKAHNIATSSKFSRVNNDHINESTVSS
QYLSDDNELSLGQQQKESKPTRTIDSNDELPDHLLIDSGASQTLVRSAHYLHHATPNSEI
NIVDAQKQDIPINAIGNLHFNFQNGTKTSIKALHTPNIAYDLLSLSELANQNITACFTRN
TLERSDGTVLAPIVKHGDFYWLSKKYLIPSHISKLTINNVNKSKSVNKYPYPLIHRMLGH
ANFRSIQKSLKKNAVTYLKESDIEWSNASTYQCPDCLIGKSTKHRHIKGSRLKYQESYEP
FQYLHTDIFGPVHHLPKSAPSYFISFTDEKTRFQWVYPLHDRREESILNVFTSILAFIKN
QFNARVLVIQMDRGSEYTNKTLHKFFTNRGITACYTTTADSRAHGVAERLNRTLLNDCRT
LLHCSGLPNHLWFSAVEFSTIIRNSLVSPKNDKSARQHAGLAGLDITTILPFGQPVIVNN
HNPDSKIHPRGIPGYALHPSRNSYGYIIYLPSLKKTVDTTNYVILQDNQSKLDQFNYDTL
TFDDDLNRLTAHNQSFIEQNETEQSYDQNTESDHDYQSEIEINSDPLVNDFSSQSLNPLQ
LDKEPVQKVRAPKEVDADISEYNILPSTIRSRTPHIINKESTEMGGTIESDTTSPRHSST
FTARNQKRPGSPNDMIDLTSQDRVNYGLENIKTTRLGGTEEPYIQRNSDTNIKYRTTNST
PSIDDRSSNSESTTPIISIETKAVCDNTPSIDTDPPEYRSSDHATPNIMPDKSSKNVTAD
SILDDLPLPDLTNKSPTDTSDVSKDIPHIHSRQTNSSLGGMDDSNVLTTTKSKKRSLEDN
ETEIEVSRDTWNNKNMRSLEPPRSKKRINLIAAIKGVKSIKPVRTTLRYDEAITYNKDNK
EKDRYVEAYHKEISQLLKMNTWDTNKYYDRNDIDPKKVINSMFIFNKKRDGTHKARFVAR
GDIQHPDTYDSDMQSNTVHHYALMTSLSIALDNDYYITQLDISSAYLYADIKEELYIRPP
PHLGLNDKLLRLRKSLYGLKQSGANWYETIKSYLINCCDMQEVRGWSCVFKNSQVTICLF
VDDMILFSKDLNANKKIITTLKKQYDTKIINLGEGDNEIQYDILGLEIKYQRSKYMKLGM
EKSLTEKLPKLNVPLNPKGKKLRAPGQPGHYIDQDELEIDEDEYKEKVHEMQKLIGLASY
VGYKFRFDLLYYINTLAQHILFPSRQVLDMTYELIQFIWNTRDKQLIWHKSKPVKPTNKL
VVISDASYGNQPYYKSQIGNIYLLNGKVIGGKSTKASLTCTSTTEAEIHAVSEAIPLLNN
LSHLVQELNKKPIIKGLLTDSRSTISIIKSTNEEKFRNRFFGTKAMRLRDEVSGNNLYVY
YIETKMNIADVMTKPLPIKTFKLLTNKWIH

NT seq 5313 nt +upstreamnt +downstreamnt
atggaatcccaacaattacatcaaaatccacattctctacatggtagcgccgctgcttcg
gttacttctaaggaagtcccatcaaatcaagatccgttagccgtttcagcttccaattta
ccggaatttgatagagattccactaaggttaattctcaacaagagacaacacctgggaca
tcagctgttccagagaaccatcatcatgtctctcctcaacctgcttcagtaccacctcca
cagaatggacagtaccaacagcacggcatgatgaccccaaacaaagctatggcctctaac
tgggcacattaccaacaaccatctatgatgacgtgttcacattatcaaacgtcacctgcg
tattatcaaccggacccacactatccgctgccacagtatatcccaccgctgagtacttcc
tcacctgatccaatcgattcacagaatcaacactctgaagtacctcaagctaagacaaag
gtgagaaataacgtcttaccaccacacactttaacatcagaagaaaacttttctacatgg
gttaaattttacatcagatttttgaagaactctaatctcggtgacataattccaaatgac
cagggtgaaatcaaaagacaaatgacttatgaagaacatgcgtatatatacaataccttc
caagcatttgccccatttcatttattgccaacatgggtaaaacaaattttagaaattaat
tatgctgacatccttacagtcctttgtaaaagtgtgtccaaaatgcaaactaacaatcaa
gaattaaaggattggatagctcttgccaaccttgagtacgacggaagtacatctgctgat
acatttgaaattacagtcagtacgatcattcagaggctaaaagaaaacaatatcaatgtt
agcgacagattggcctgtcaactaatacttaaaggtctatccggtgatttcaaataccta
cgtaatcaatatcgtaccaaaacgaacatgaaactttcccaattattcgctgaaattcaa
ttaatatatgacgaaaataaaatcatgaatctaaataaaccgtcccaatacaaacaacac
agcgaatacaaaaatgtttctcgcacatctccaaacacgactaacacgaaggttacaagt
cgtaattatcatagaacaaatagttcaaaaccaagagcagcaaaagctcacaatattgct
acatccagtaaattctcaagggtgaacaatgatcacattaatgaatcaaccgtttcatca
caatacttaagcgatgacaacgaacttagtcttggccagcaacagaaagaatctaagcca
acacgcacaatagactcgaatgacgaactacctgatcaccttcttattgattcaggagct
tcgcaaacgcttgtcagatcagcccattatttacaccatgcaacacccaattctgaaata
aacatagtcgatgctcaaaaacaagacattcctataaatgccattggtaatcttcacttc
aactttcagaacggcaccaaaacatcaataaaagcactacacacaccaaacatagcctat
gatctattaagtttgagtgagctggctaaccaaaatattactgcctgctttaccagaaac
actttagaaagatcggatggtacagtactagctcccatagtcaaacatggagacttttac
tggttatctaaaaaatacctaattccttcgcacatttcaaagctaacaataaacaacgtc
aacaaaagcaaaagcgtaaataaatatccatatccgttaatacatcgaatgcttggacat
gctaacttccgaagtattcagaagtctcttaagaagaatgcagttacatatttgaaagaa
tcggatattgaatggtctaacgctagcacatatcaatgtcctgactgtctaatcggcaaa
agcacgaaacataggcatatcaaaggatcacgactaaagtaccaagaatcatatgagcct
tttcagtacttgcataccgatatatttggtcctgtacatcacttaccgaaaagtgcacct
tcttactttatatcgtttacagatgagaaaaccagattccaatgggtctacccattacac
gaccgtcgtgaagaatctatcctcaatgtttttacatcgatattagcatttattaagaac
caattcaatgctcgcgttctagttatccagatggatcgtggctccgagtacactaacaaa
actcttcataagttctttacgaacagaggtattactgcatgctatacaaccacggcagat
tctagagcacacggtgtcgctgaacgattaaatcgtactttattaaacgattgtcgcaca
ctgcttcattgcagtggtctaccaaatcatctatggttctcagcagtcgaattttctact
ataatcagaaattcattagtctcaccaaaaaacgataaatctgcaagacaacatgcaggt
ttagctggactggacattactactatactacctttcggtcaaccggttatagttaacaac
cataatcccgactcgaaaatacatcctcgtggcattccaggttacgccttacatccgtca
cgaaactcttatggctatattatctatcttccatcattaaaaaagacagtagatactacc
aattacgttatattacaagacaaccaatccaaattggaccaattcaattatgatacactc
acctttgatgatgatctcaatcgtttaacagcccataaccaatcttttattgaacaaaat
gaaacggagcagtcatatgatcaaaatacagaatctgatcatgactatcaatcggagatt
gaaataaactctgatcctctagtgaacgatttctcgtcccaatcattgaaccctttacaa
ttagacaaggaaccagtccaaaaggtacgtgcaccaaaagaagttgatgccgacatatct
gaatacaatattcttccatctactatacgatctcgtacaccccatatcattaataaagag
agtaccgaaatgggtggtaccattgaatcagatactacttcacctagacactcgtctacc
ttcactgcacgaaaccaaaagcgacctggtagtcccaacgatatgattgatttgacctca
caggatagagttaattatggacttgaaaacatcaaaactacacgtttgggtggtacggag
gaaccatatattcaacgaaatagtgatacaaatatcaaatacaggactacaaatagtacg
ccctcaatagatgaccgttcgtccaacagtgaatccactactcccatcatctccatagaa
acaaaggctgtatgtgataatacaccctccattgatacggatccgccagaatatcgatct
tctgaccatgcgactcctaatataatgcctgacaaatcctcaaaaaatgttacggctgat
tctattcttgacgacctcccacttcctgacttaactaataaatctcctacggacacttct
gatgtttcaaaagatattccacacatacactctcgtcagactaattccagtttgggtggt
atggatgattctaatgttctgactactaccaaaagtaagaaaagatcattagaagataat
gaaactgaaattgaggtatcccgagacacatggaataataagaatatgagaagtctggaa
ccaccaagatcgaagaaacgcataaatttaattgcagcaataaaaggagtgaaatcgatc
aaaccagttcgaacgaccttaagatatgatgaagcaattacatataataaagacaacaaa
gaaaaagacagatatgttgaagcttatcataaagaaattagccaactattgaaaatgaac
acttgggatacaaacaaatattatgatagaaatgacatagatcctaaaaaagtaataaac
tcaatgtttatatttaacaagaaacgtgatggtacacacaaagctagatttgttgcaaga
ggcgacattcaacaccccgatacatatgattctgatatgcaatccaataccgtacatcac
tatgcactgatgacgtcattgtcaatcgcattagacaatgactattatatcacacagctg
gacatatcctctgcttacttatatgctgatatcaaagaagaattatacataagacctcca
ccacatttaggtttgaatgataagttactacgtttgagaaaatcactctatggtttgaaa
caaagtggtgcaaactggtatgaaaccattaaatcatatttaataaattgttgcgacatg
caagaagttcgcggatggtcatgcgtatttaagaatagtcaagtaacaatttgcttattc
gttgatgatatgatattattcagcaaagacttaaatgcaaataagaaaatcataacaaca
ctcaagaaacaatacgatacaaagataataaatctgggtgaaggtgataacgaaattcag
tacgacatacttggattagagatcaaatatcaaagaagcaagtacatgaaattaggtatg
gaaaaatccttgacagaaaaattacccaaactaaacgtacctttgaacccaaaaggaaag
aaacttagagctccaggtcaaccaggtcattatatagaccaggatgaactagaaatagat
gaagatgaatacaaagagaaagtgcatgaaatgcaaaagttgattggtctagcttcatat
gttggatataaatttagatttgacttactatactacatcaacacacttgctcaacatata
ctattcccctctaggcaagttttagacatgacatatgaattgatacagttcatatggaat
acgagagataagcaattaatatggcacaaaagcaaacctgttaagccaacaaataaatta
gttgttataagcgatgcatcgtatggtaaccaaccgtattataaatcacaaattggcaac
atatatttacttaatggaaaagtgattggaggaaagtcgacaaaggcttcgttaacatgc
acttcaactacagaagcagaaatacacgcagtcagtgaagctataccgctattgaataac
ctcagtcaccttgtgcaagaacttaacaagaaaccaattattaaaggcttacttactgat
agtagatcaacgatcagtataattaagtctacaaatgaagagaaatttagaaacagattt
tttggcacaaaggcaatgagacttagagatgaagtatcaggtaataatttatacgtatac
tacatcgagaccaagatgaacattgctgatgtgatgacaaaacctcttccgataaaaaca
tttaaactattaactaacaaatggattcattag

All links

Genome (1)   
   KEGG GENOME (1)   
Gene (40)   
   KEGG GENES (1)   
   RefGene (36)   
   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 (5)   
   Pfam (5)   
All databases (50)   

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