KEGG T00005: YJL113W

Saccharomyces cerevisiae (budding yeast): YJL113W

Entry

YJL113W CDS T00005

Definition

hypothetical protein

Organism

sce Saccharomyces cerevisiae (budding yeast)

Class

SSDB

Motif

Pfam:

RVT_2 rve gag_pre-integrs RVP

Other DBs

NCBI-GI:

NCBI-GeneID:

SGD:

MIPS:

UniProt:

Position

X:join(198678..198998,199000..203325)

AA seq 1548 aa
MNKLQKLVLMEKWIFSKCCQDCPNLKDYLQEAIMGTLHESLRNSVKQRLYNIPHDVGIDH
EEFLINTVIETVIDLSPIADDQIENSCMYCKSVFHCSINCKKKPNRELGLTRPISQKPII
YKVHRDNNHLSPVQNEQKSWNKTQKRSNKVYNSKKLVIIDTGSGVNITNDKTLLHNYEDS
NRSTRFFGIGKNSSVSVKGYGYIKIKNGHNNTDNKCLLTYYVPEEESTIISCYDLAKKTK
MVLSRKYTRLGNKIIKIKTKIVNGVIHVKMNELIERPSDDSKINAIKPTSSPGFKLNKRS
ITLEDAHKRMGHTGIQQIENSIKHNHYEESLDLIKEPNEFWCQTCKISKATKRNHYTGSM
NNHSTDHEPGSSWCMDIFGPVSSSNADTKRYMLIMVDNNTRYCMTSTHFNKNAETILAQV
RKNIQYVETQFDRKVREINSDRGTEFTNDQIEEYFISKGIHHILTSTQDHAANGRAERYI
RTIITDATTLLRQSNLRVKFWEYAVTSATNIRNYLEHKSTGKLPLKAISRQPVTVRLMSF
LPFGEKGIIWNHNHKKLKPSGLPSIILCKDPNSYGYKFFIPSKNKIVTSDNYTIPNYTMD
GRVRNTQNINKSHQFSSDNDDEEDQIETVTNLCEALENYEDDNKPITRLEDLFTEEELSQ
IDSNAKYPSPSNNLEGDLDYVFSDVEESGDYDVESELSTTNNSISTDKNKILSNKDFNSE
LASTEISISGIDKKGLINTSHIDEDKYDEKVHRIPSIIQEKLVGSKNTIKINDENKISDR
IRSKNIGSILNTGLSRCVDITDESITNKDESMHNAKPELIQEQLKKTNHETSFPKEGSIG
TNVKFRNTNNEISLKTGDTSLPIKTLESINNHHSNDYSTNKVEKFEKENHHPPPIEDIVD
MSDQTDMESNCQDGNNLKELKVTDKNVPTDNGTNVSPRLEQNIEASGSPVQTVNKSAFLN
KEFSSLNMKRKRKRHDKNNSLTSYELERDKKRSKKNRVKLIPDNMETVSAPKIRAIYYNE
AISKNPDLKEKHEYKQAYHKELQNLKDMKVFDVDVKYSRSEIPDNLIVPTNTIFTKKRNG
IYKARIVCRGDTQSPDTYSVITTESLNHNHIKIFLMIANNRNMFMKTLDINHAFLYAKLE
EEIYIPHPHDRRCVVKLNKALYGLKQSPKEWNDHLRQYLNGIGLKDNSYTPGLYQTEDKN
LMIAVYVDDCVIAASNEQRLDEFINKLKSNFELKITGTLIDDVLDTDILGMDLVYNKRLG
TIDLTLKSFINRMDKKYNEELKKIRKSSIPHMSTYKIDPKKDVLQMSEEEFRQGVLKLQQ
LLGELNYVRHKCRYDIEFAVKKVARLVNYPHERVFYMIYKIIQYLVRYKDIGIHYDRDCN
KDKKVIAITDASVGSEYDAQSRIGVILWYGMNIFNVYSNKSTNRCVSSTEAELHAIYEGY
ADSETLKVTLKELGEGDNNDIVMITDSKPAIQGLNRSYQQPKEKFTWIKTEIIKEKIKEK
SIKLLKITGKGNIADLLTKPVSASDFKRFIQVLKNKITSQDILASTDY

NT seq 4647 nt +upstreamnt +downstreamnt
atgaataaacttcaaaagttggtactaatggaaaaatggattttttctaaatgctgccaa
gattgtcctaatctaaaggattacctacaagaagctatcatgggaaccttacatgaatcc
ttaagaaattctgtgaaacaacgtttgtacaacattccacatgacgtaggaattgatcac
gaagaatttctaatcaatactgttattgaaacagtaattgatttgagcccaattgcagac
gatcaaatagaaaatagctgcatgtattgcaaatctgttttccattgctcaattaactgc
aaaaagaaaccaaatagggaattaggcctgactcgaccaatttctcaaaaacctattatc
tacaaggtgcacagagacaacaaccacttaagtccagtgcaaaacgaacaaaagtcttgg
aacaagacacaaaaaaggtcgaacaaagtgtacaacagcaaaaaactggtaattattgat
accggttccggagtaaacattaccaatgacaaaaccttactgcataattacgaagacagt
aatcgcagtacacgattttttggtattgggaaaaacagttcagtgtctgttaaagggtat
ggctatataaaaatcaagaatggtcacaacaatactgacaataagtgtctattaacttac
tatgtaccggaagaagaatccactataatcagctgttatgacttagccaagaaaaccaaa
atggttttaagtcgaaaatataccagattgggaaacaaaatcataaaaattaaaaccaag
atagttaatggtgtcattcacgtaaaaatgaacgagttaattgaacgtccttccgatgat
tcaaaaataaatgcaataaaacctacttcttctcctggatttaaactaaataaaaggtct
attaccttggaagatgctcataaaagaatgggccatacaggaattcaacaaattgaaaat
tccataaaacataatcattatgaagaatcccttgacttaatcaaagaaccaaatgaattt
tggtgtcaaacctgtaaaatctctaaagccacgaaaagaaatcattataccgggtctatg
aataatcatagtactgatcatgaaccaggctcatcatggtgcatggatatatttggccct
gtatcaagttcaaacgcggacactaaaaggtacatgcttattatggtggataacaacacg
agatattgcatgacctccacacacttcaataagaatgctgaaactattttagctcaagtt
agaaagaatattcagtacgtggaaacacaatttgacaggaaagtcagagaaattaattca
gacagaggtactgaattcacaaatgatcagatagaagaatattttatttcaaaaggaata
catcacatacttacttctacacaagatcatgctgctaacggaagagcagaaagatacata
agaacaataataactgatgcaacaacactcctaagacaaagtaacttaagagtaaaattt
tgggaatacgcagtaacttctgctaccaatataagaaattacctggaacacaaaagtaca
ggtaaactaccattgaaggcaatctcacgtcaacctgtgacagtgagattaatgtcattc
ttaccatttggcgaaaaaggaataatttggaatcataatcacaaaaaattgaaaccatct
ggacttccttctataattctatgcaaagatccaaatagttatggatacaaattctttata
ccatccaaaaataaaattgtcacatctgataattatacaattcccaactatacaatggac
ggtagagtaagaaatactcagaatattaacaagagtcatcaattcagttcagataatgat
gatgaagaagatcaaatcgaaacggtcacaaacttatgtgaagctttggaaaactacgaa
gatgataataaaccaattactcgcctggaagatttgttcacagaggaagagttatctcaa
atagactcaaacgcaaaatacccatctcctagtaataacctagaaggggacttggattac
gtattttctgatgttgaggaatctggagattatgacgttgaatctgaactttcaacgaca
aataattcaatctcaactgataaaaacaaaattttgtcaaacaaggattttaattcagaa
cttgcatcgactgaaatatccatcagtggaatcgataagaaaggattaataaatacaagt
catattgatgaagataagtatgatgaaaaagtccacagaattccatcgattatacaagag
aaactggtaggaagtaaaaatactattaaaatcaatgacgaaaacaaaatctccgacaga
attcgtagtaaaaacattgggagtattttaaacactggactcagtagatgtgtagatatc
accgatgaatctattactaacaaagatgagtcaatgcacaacgcaaaacccgaactaatt
caggagcagttaaaaaaaacaaatcatgaaacttcgtttcctaaagaagggagcattgga
acaaatgtaaaattccgaaatacaaacaatgagatttctttaaaaacaggcgatacgagt
ttaccaataaaaactttagaaagcattaacaatcaccatagtaatgattattccacaaac
aaagttgaaaagtttgagaaggaaaatcatcatccgcccccgattgaggacattgtggat
atgagtgatcaaactgatatggaatcaaactgtcaggatggtaataacttaaaagaatta
aaagtcaccgataaaaatgtaccaactgacaatggaacaaatgtgtcaccaaggttggaa
caaaatattgaagcatctggatcaccagtacaaacagttaataaaagtgccttcttaaac
aaagaattcagttctttgaacatgaaaagaaaacggaaaagacacgataaaaacaatagt
ctaacaagctatgaattagaaagagataagaagcgttcaaaaaagaatcgagtgaaatta
attccagataatatggaaacagtttcagcaccaaaaattcgagccatatattataatgaa
gctatttcaaaaaatcctgacctcaaagaaaaacatgaatacaaacaggcatatcataaa
gaattacagaatttaaaagatatgaaggtatttgatgtcgatgtgaagtacagtagatca
gaaatccctgataatttaatagtacccaccaacacgatattcacaaagaaaagaaatggg
atttataaggctaggatagtctgcagaggtgatactcagtcaccagacacttacagtgta
ataactacagaatctttaaatcacaatcatattaagatattcttaatgattgcaaacaac
agaaatatgtttatgaagaccctggatatcaatcatgcattcctatatgctaaattggaa
gaagaaatatacatcccacatccgcatgataggagatgtgtagtcaagctaaataaggcg
ttatatggtctaaaacagagtcctaaagaatggaatgatcatctaagacaatacttgaat
ggaattggactgaaagataactcttatactccgggattataccaaaccgaggataaaaat
ctaatgattgcagtctatgttgatgactgcgtaattgcggcaagcaatgaacagagattg
gatgaattcataaacaaattgaaaagtaattttgaactgaaaattacaggaacattaata
gacgatgtactcgatacagatatattaggaatggatctagtatacaacaaaagacttggt
actatcgatttaacattaaaatcattcataaatagaatggataaaaaatacaacgaggaa
ttgaaaaagattagaaaaagttcaattccgcatatgtcaacttataaaatagatcctaag
aaagacgtactgcaaatgtcagaagaagagtttagacaaggtgttctaaagctacaacaa
ttactaggtgaactaaactatgtcagacacaaatgcagatacgacattgaatttgctgtt
aagaaagtggctagactagtaaattacccacatgaaagagtcttttatatgatttacaaa
ataatccagtacttggttcggtataaagatattggaatacactatgaccgagactgtaat
aaagacaaaaaggttattgctataactgatgcatcagttggatcagaatatgatgctcaa
tcaaggattggagttatattatggtacggtatgaatatttttaatgtttattctaacaag
agcacaaacagatgtgtatcatcaacagaagcagagcttcatgccatttatgaaggctat
gcagactcagaaacgttgaaggtaacattaaaggagctaggagaaggagacaataatgac
attgtcatgatcactgactcaaagccagccattcaaggattaaatcgcagctatcaacaa
ccaaaagagaaattcacttggataaaaactgaaataataaaagaaaaaattaaagagaag
agtataaaactgttaaaaattaccggcaaaggtaatattgctgatttactaacaaaacca
gtatcagcatctgattttaaaagatttatacaagtattaaaaaataaaataacatcacag
gatattttggcctcaacagactattga

All links

Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   MIPS-SCE (1)   
   OC (1)   
   SGD-SCE (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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