KEGG T00005: YIL082W-A

Saccharomyces cerevisiae (budding yeast): YIL082W-A

Entry

YIL082W-A         CDS       T00005

Name

(RefSeq) gag-pol fusion protein

K07497

putative transposase

Organism

sce Saccharomyces cerevisiae (budding yeast)

Brite

KEGG Orthology (KO) [BR:sce00001]
09190 Not Included in Pathway or Brite
  09192 Unclassified: genetic information processing
   99976 Replication and repair
    YIL082W-A

SSDB

Motif

Pfam:

Peptidase_A2B Ty3_capsid RVT_1 RT_RNaseH_2 RT_RNaseH Integrase_H2C2 SH3_Tf2-1 rve Integrase_p58_C Retrotrans_gag gag-asp_proteas Asp_protease RVP_2 Asp_protease_2 zf-H2C2 zf-CCHC CSS-motif

Other DBs

NCBI-GeneID:

854728

NCBI-ProteinID:

NP_012184

SGD:	S000003537

UniProt:

Q7LHG5

Structure

Position

IX:join(205635..206485,206487..210132)

AA seq 1498 aa
MSFMDQIPGGGNYPKLPVECLPNFPIQPSLTFRGRNDSHKLKNFISEIMLNMSMISWPND
ASRIVYCRRHLLNPAAQWANDFVQEQGILEITFDTFIQGLYQHFYKPPDINKIFNAITQL
SEAKLGIERLNQRFRKIWDRMPPDFMTEKAAIMTYTRLLTKETYNIVRMHKPETLKDAME
EAYQTTALTERFFPGFELDADGDTIIGATTHLQEEYDSDYDSEDNLTQNRYVHTVRTRRS
YNKPMSNHRNRRNNNASREECIKNRLCFYCKKEGHRLNECRARKRVLTDLELESKDQQTL
FIKTLPIVHYIAIPEMDNTAEKTIKIQNTKVKTLFDSGSPTSFIRRDIVELLKYEIYETP
PLRFRGFVATKSAVTSEAVTIDLKINDLQITLAAYILDNMDYQLLIGNPILRRYPKILHT
VLNTRESPDSLKPKTYRSETVNNVRTYSAGNRGNPRNIKLSFAPTILEATDPKSAGNRGN
PRNTKLSLAPTILEATDPKSAGNRGDSRTKTLSLATTTPAAIDPLTTLDNPGSTQSTFAQ
FPIPEEASILEEDGKYSNVVSTIQSVEPNATDHSNKDTFCTLPVWLQQKYREIIRNDLPP
RPADINNIPVKHDIEIKPGARLPRLQPYHVTEKNEQEINKIVQKLLDNKFIVPSKSPCSS
PVVLVPKKDGTFRLCVDYRTLNKATISDPFPLPRIDNLLSRIGNAQIFTTLDLHSGYHQI
PMEPKDRYKTAFVTPSGKYEYTVMPFGLVNAPSTFARYMADTFRDLRFVNVYLDDILIFS
ESPEEHWKHLDTVLERLKNENLIVKKKKCKFASEETEFLGYSIGIQKIAPLQHKCAAIRD
FPTPKTVKQAQRFLGMINYYRRFIPNCSKIAQPIQLFICDKSQWTEKQDKAIEKLKAALC
NSPVLVPFNNKANYRLTTDASKDGIGAVLEEVDNKNKLVGVVGYFSKSLESAQKNYPAGE
LELLGIIKALHHFRYMLHGKHFTLRTDHISLLSLQNKNEPARRVQRWLDDLATYDFTLEY
LAGPKNVVADAISRAIYTITPETSRPIDTESWKSYYKSDPLCSAVLIHMKELTQHNVTPE
DMSAFRSYQKKLELSETFRKNYSLEDEMIYYQDRLVVPIKQQNAVMRLYHDHTLFGGHFG
VTVTLAKISPIYYWPKLQHSIIQYIRTCVQCQLIKSHRPRLHGLLQPLPIAEGRWLDISM
DFVTGLPPTSNNLNMILVVVDRFSKRAHFIATRKTLDATQLIDLLFRYIFSYHGFPRTIT
SDRDVRMTADKYQELTKRLGIKSTMSSANHPQTDGQSERTIQTLNRLLRAYVSTNIQNWH
VYLPQIEFVYNSTPTRTLGKSPFEIDLGYLPNTPAIKSDDEVNARSFTAVELAKHLKALT
IQTKEQLEHAQIEMETNNNQRRKPLLLNIGDHVLVHRDAYFKKGAYMKVQQIYVGPFRVV
KKINDNAYELDLNSHKKKHRVINVQFLKSLYTVQTRTQRINQSAPLRELREHTKLLHS

NT seq 4497 nt +upstreamnt +downstreamnt
atgagctttatggatcaaatcccaggaggaggaaattatccaaaactcccagtagaatgc
cttcctaacttcccgatccaaccatctttgaccttcagaggtagaaatgactcgcataaa
ctgaaaaactttatctccgaaataatgctaaacatgtctatgatatcttggccgaatgat
gccagtcgtattgtgtactgcagaagacatttattaaaccccgctgctcagtgggctaat
gattttgtacaagaacaaggtatacttgaaataacattcgacacattcatacaaggatta
tatcaacatttctataagccaccagatatcaataaaatctttaatgcaatcacgcaactt
tccgaagctaaacttggtattgagcgtctcaaccaacgattcagaaagatttgggacaga
atgccaccagacttcatgaccgaaaaagctgccataatgacatatactaggctattgaca
aaggaaacctataatattgtcagaatgcacaaaccagagacattaaaagacgccatggaa
gaggcttaccagacaaccgcactaactgaaagattcttcccaggattcgaacttgatgct
gatggagacactatcatcggtgccacaacccacttacaagaagaatacgactctgactat
gattcagaagataatctgacccagaatagatacgtccacaccgtaaggacaagaagatct
tacaataaaccaatgtcaaatcatcgaaacaggagaaataacaacgcatccagagaagaa
tgtataaaaaatcggctatgcttctattgtaagaaagagggacatcgcctgaacgaatgt
agagcacgtaagcgagttctaaccgatcttgaactcgaatcaaaagaccaacaaactctt
tttatcaaaaccttaccaattgtacactatatcgccatccccgagatggacaataccgcc
gaaaaaaccataaaaatacaaaacacgaaagtaaaaaccctgtttgacagtggatcaccc
acgtcatttatccgaagagatattgtagaacttctcaaatacgaaatctacgagacccct
ccactccgttttagaggattcgtagccaccaaatccgccgttacatccgaagcagtcacc
attgacctcaaaatcaatgacctgcagataactttagccgcgtacatactggataacatg
gactaccaattgttaattggaaatccaatcttacgccgctacccgaaaatcctgcacaca
gtactgaataccagagagagccccgactccttaaagcccaagacttatcgctccgaaacc
gttaataacgttagaacctactccgctggtaatcgtggtaaccccagaaacataaaactg
tcttttgcccccaccattctcgaagcaactgacccgaaatccgctggtaatcgtggtaac
cccagaaacacaaaactgtctcttgcccccaccattctcgaagcaactgacccgaaatcc
gctggtaatcgtggtgactccagaaccaaaaccctgtctcttgcaaccactactcctgca
gcaattgacccgcttacgacccttgataacccaggtagtactcaaagtacatttgcgcaa
ttcccgatacctgaagaagcgagcatcctagaagaggatggaaaatactccaacgttgtc
tcaaccattcagagtgtagaacctaatgctactgatcacagcaataaggacaccttttgc
actttgccagtttggttacaacagaagtatagagagatcatacgtaatgatctcccacca
agacctgccgacattaacaacatccccgtaaaacatgatattgaaattaaacctggcgca
agactacctcgactacagccataccatgttacagaaaagaatgaacaagaaatcaacaaa
atagttcaaaaactgctcgataacaagttcattgttccctcaaagtcgccctgcagctcc
cctgtagtcctcgtcccgaagaaagacggtaccttccgactctgcgtcgattaccgcacc
ctgaacaaagctaccatctccgacccattcccattacccagaatcgacaacctattgagc
cgtattggaaatgcccagatatttaccacgctagatttgcatagtggttaccaccagatc
ccgatggaacccaaagaccgctacaaaaccgcctttgtcaccccatccggtaagtatgaa
tataccgtcatgccatttggcttagtcaatgcacctagtacattcgcaagatacatggct
gatacatttagagacctgagattcgtcaatgtttaccttgatgatatattaatcttctcc
gaatctccagaagaacattggaaacatttagacacggtactagaaagattaaagaacgag
aacctcattgttaagaagaaaaaatgtaaatttgcatctgaagaaactgagtttttaggc
tatagtattggaatccagaaaatagctccactacagcacaaatgtgcagcaatccgagac
tttccgacgcctaaaacagtaaaacaagcacagagatttttaggaatgattaattactac
agacgattcattccgaattgctccaagattgcacagccaatccaactgtttatttgtgac
aaaagtcaatggacagaaaaacaagacaaggcaattgagaaactaaaagccgccttgtgt
aactcccccgtcctagtaccattcaacaacaaagcaaactaccgacttacaacagacgcc
tcaaaagacggcattggtgctgttctagaagaagtcgacaacaagaacaaacttgttggt
gtcgtcggttacttctctaaatccttagagagtgcccagaaaaactatcctgctggcgaa
ttagaactacttggaattatcaaagcactccaccacttccgatatatgcttcacggaaag
catttcacgttaagaacagaccacattagtttgttatcattacaaaacaagaacgaaccc
gcacgacgcgtgcaacgctggttagatgacctagccacatatgacttcaccttagaatac
ttagctggacccaagaacgttgtcgcagatgccatatcccgtgccatatatactataacc
cccgaaacatcccgacctatcgacacagaaagctggaaatcttactacaaatcagaccca
ttatgtagtgctgtcttaattcatatgaaagaattgacacaacacaacgtcacacctgaa
gatatgtcagccttccgtagttaccagaagaaactcgaactatcagagaccttccgaaag
aattattccctagaagacgaaatgatctattaccaagaccgactagtagtaccaataaaa
caacagaacgcagttatgagactgtatcatgaccataccttatttggaggacatttcggt
gtaacagtgacccttgcgaaaatcagcccaatttactattggccgaaactacaacattcg
atcatacagtacatcaggacctgcgtacaatgtcaactaataaaatcacaccgtccacgc
ttacatggactattgcaaccactccccatagcagaaggaagatggcttgatatatcaatg
gattttgtgacaggattacccccaacatcaaataacttgaatatgatcctcgtcgtagtt
gatcgtttctcgaaacgcgctcacttcatagctacaaggaaaactttagacgcaacacaa
ctaatagatttactctttcgatacattttttcatatcatggttttcccaggacaataacc
agtgatagagatgtccgtatgaccgccgacaaataccaagaactcacgaaaagactagga
ataaaatcgacaatgtcttccgcgaaccacccccaaacagatggacaatccgaacgaacg
atacagacattaaacaggttactaagagcctatgtttcaaccaatattcagaattggcat
gtatatttaccacaaatcgaatttgtttacaactctacacctactagaacacttggaaaa
tcaccatttgaaattgatttaggatatttaccgaatacccctgctattaagtcagatgac
gaagtcaacgcaagaagttttactgccgtagaacttgccaaacacctcaaagcccttacc
atccaaacgaaggaacagctagaacacgctcaaatcgaaatggaaactaataacaatcaa
agacgtaaacccttattgttaaacataggagatcacgtattagtgcatagagatgcatac
ttcaagaaaggtgcttatatgaaagtacaacaaatatacgtcggaccatttcgagttgtt
aagaaaataaacgataacgcctacgaactagatttaaactctcacaagaaaaagcacaga
gttattaatgtacaattcctgaaaagtttgtataccgtccagacgcgtacccaaagaata
aaccaatcagctccactgagagaattaagagagcacacgaagttactgcactcatag

All links

Gene (53)   
   RefGene (50)   
   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 (3)   
   PDB (3)   
Protein domain (17)   
   Pfam (17)   
All databases (77)   

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