KEGG T00005: YBR073W

Saccharomyces cerevisiae (budding yeast): YBR073W

Entry

YBR073W CDS T00005

Gene name

RDH54, TID1

Definition

DNA-dependent ATPase RDH54 (EC:5.99.-.- 3.6.1.-)

Orthology

K10877

DNA repair and recombination protein RAD54B [EC:3.6.4.-]

Organism

sce Saccharomyces cerevisiae (budding yeast)

Pathway

sce03440

Homologous recombination

Class

Genetic Information Processing; Replication and repair; Homologous recombination [PATH:sce03440]

SSDB

Motif

Pfam:

SNF2_N Helicase_C HDA2-3 ResIII DEAD DUF2439 Helicase_C_4

Other DBs

NCBI-GI:

NCBI-GeneID:

SGD:

MIPS:

UniProt:

Position

II:383112..385988

AA seq 958 aa
MAVISVKPRRREKILQEVKNSSVYQTVFDSGTTQMQIPKYENKPFKPPRRVGSNKYTQLK
PTATAVTTAPISKAKVTVNLKRSISAGPTLNLAKKPNNLSSNENTRYFTIMYRKPTTKKH
KTWSGDGYATLKASSDKLCFYNEAGKFLGSSMLPSDSDSLFETLFKAGSNEVQLDYELKE
NAEIRSAKEALSQNMGNPSPPTTSTTETVPSTKNDGGKYQMPLSQLFSLNTVKRFKSVTK
QTNEHMTTVPKTSQNSKAKKYYPVFDVNKIDNPIVMNKNAAAEVDVIVDPLLGKFLRPHQ
REGVKFMYDCLMGLARPTIENPDIDCTTKSLVLENDSDISGCLLADDMGLGKTLMSITLI
WTLIRQTPFASKVSCSQSGIPLTGLCKKILVVCPVTLIGNWKREFGKWLNLSRIGVLTLS
SRNSPDMDKMAVRNFLKVQRTYQVLIIGYEKLLSVSEELEKNKHLIDMLVCDEGHRLKNG
ASKILNTLKSLDIRRKLLLTGTPIQNDLNEFFTIIDFINPGILGSFASFKRRFIIPITRA
RDTANRYNEELLEKGEERSKEMIEITKRFILRRTNAILEKYLPPKTDIILFCKPYSQQIL
AFKDILQGARLDFGQLTFSSSLGLITLLKKVCNSPGLVGSDPYYKSHIKDTQSQDSYSRS
LNSGKLKVLMTLLEGIRKGTKEKVVVVSNYTQTLDIIENLMNMAGMSHCRLDGSIPAKQR
DSIVTSFNRNPAIFGFLLSAKSGGVGLNLVGASRLILFDNDWNPSVDLQAMSRIHRDGQK
KPCFIYRLVTTGCIDEKILQRQLMKNSLSQKFLGDSEMRNKESSNDDLFNKEDLKDLFSV
HTDTKSNTHDLICSCDGLGEEIEYPETNQQQNTVELRKRSTTTWTSALDLQKKMNEAATN
DDAKKSQYIRQCLVHYKHIDPARQDELFDEVITDSFTELKDSITFAFVKPGEICLREQ

NT seq 2877 nt +upstreamnt +downstreamnt
atggcggtaataagcgttaaacctcgacgaagagagaagatcctacaggaggtaaaaaac
agctcggtatatcaaacggtatttgattccggtactactcaaatgcagataccgaaatat
gagaacaagccattcaagcctccaagaagggttggatcaaataagtacacacaactcaaa
ccaaccgccactgcagtcacaacagcccctatatctaaagccaaagttactgtcaacttg
aaaagaagcatttcggcgggacctactttaaatcttgccaagaagccgaataatctgtcc
tcaaatgaaaacactagatattttactatcatgtacaggaagcctactaccaaaaagcac
aagacttggagtggtgatggctacgctaccttaaaagccagtagcgataagttatgcttt
tataacgaagcagggaaatttcttgggtcaagtatgctaccaagtgattcagattctctc
ttcgaaactcttttcaaagcaggctccaatgaagtacaattggattacgaattgaaggaa
aatgcagaaatacgtagcgccaaagaagccttatcacaaaacatgggaaatcccagccca
ccgaccacaagcacaacagaaacagtgccttctacgaagaatgacggtggcaaataccaa
atgcctctgtctcagctgttttcactaaacactgtgaaaagattcaaatcagtaacaaag
caaacaaatgaacacatgaccacagtacctaaaaccagtcaaaattccaaagccaaaaaa
tattatccagtatttgatgtcaacaaaatcgataatcctatagtaatgaacaaaaatgca
gccgctgaagttgacgtaattgttgatccattactgggcaaattcttgcgccctcatcag
agggaaggggtgaagttcatgtatgattgcttaatgggcttggcaagaccaactattgaa
aatccggatatcgattgtactactaaaagtttagtgttagaaaatgactcagatattagt
ggatgccttttggctgatgatatgggtttaggtaaaacactaatgagtataactttgatt
tggacattaattaggcaaactccttttgcatcaaaagtttcatgttcgcaatcaggcata
ccattaactggactttgtaagaagattttagtcgtttgtcccgttactttaataggaaat
tggaaaagagaatttggaaaatggttaaatttgtcaagaataggtgttttgacattaagc
tcaaggaattctcctgatatggataaaatggctgtcagaaattttttaaaagtgcaacga
acttatcaagtcttgattattggctacgaaaaactcttgagtgtttctgaagaattagag
aaaaataaacatttgattgacatgctggtgtgtgacgaaggccatcgactaaaaaacggg
gcttctaaaattttaaatacgctgaagagtttagacataagaaggaagcttttgcttacg
ggaactcctatacaaaatgatcttaatgagtttttcactattatagatttcataaaccca
ggaatccttggaagcttcgcttctttcaaaagaagattcattatccctataactagagcc
agagacactgcaaacagatacaacgaagaattgttggaaaagggggaagaaaggtcaaaa
gagatgatagaaattacgaaaagatttattttgagacgaacaaatgcgattttagaaaag
taccttcctccaaagacggatataattttattctgtaaaccatacagccaacagatattg
gcattcaaagatattttgcagggcgcacgtttagattttggacaattgacgttcagttct
tcgctaggactaataacattactgaaaaaggtttgtaactctcctggattggttggctca
gatccctattacaaatcacatataaaggatacccaatctcaggacagctatagtcgttct
ttgaactctggtaagttaaaggtattaatgacattactagaaggtattaggaagggtacc
aaggagaaggtcgtcgtagtgtctaactacactcaaacattggatataattgaaaatttg
atgaatatggctgggatgtcacattgcagactcgacggttccatacctgctaaacaaagg
gactctatcgtcacatctttcaatcggaatccagccatatttggattcttgttgagtgca
aaatcgggaggtgtaggattgaatctagtcggtgcttcgcgacttattttatttgataat
gattggaatccttcagtagatttgcaagcgatgtcacgaattcatagagatggtcaaaaa
aagccgtgcttcatatatagacttgtcacaactgggtgtatcgatgagaaaatattgcaa
aggcaattaatgaagaacagtttgagccaaaaatttctaggtgactcggagatgagaaat
aaagaatcttctaatgatgatcttttcaataaagaggacttgaaggacctgttttctgtc
catacagataccaagagtaacacacatgacttaatttgttcttgcgatggtttaggtgag
gaaattgaatatcctgaaacaaatcaacagcagaacaccgtagagctgagaaagcgtagc
actacgacatggacaagtgcgctggatttacaaaagaaaatgaatgaagcagccaccaac
gatgatgccaaaaagtcacaatacattaggcaatgtctcgttcattataagcatatcgat
ccagcaagacaagatgaattatttgatgaggttatcacagattcgttcaccgaattgaaa
gatagtattacctttgcgtttgtaaagcccggcgagatatgtctcagagaacaatga

All links

Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (6)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   MIPS-SCE (1)   
   OC (1)   
   SGD-SCE (1)   
Protein sequence (3)   
   UniProt (2)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (7)   
   Pfam (7)   
All databases (19)   

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