KEGG   Caldicellulosiruptor saccharolyticus: Csac_1580
Entry
Csac_1580         CDS       T00506                                 
Name
(GenBank) reverse gyrase
  KO
K03170  reverse gyrase [EC:5.6.2.2 5.6.2.-]
Organism
csc  Caldicellulosiruptor saccharolyticus
Brite
KEGG Orthology (KO) [BR:csc00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03032 DNA replication proteins [BR:csc03032]
    Csac_1580
Enzymes [BR:csc01000]
 5. Isomerases
  5.6  Isomerases altering macromolecular conformation
   5.6.2  Enzymes altering nucleic acid conformation
    5.6.2.2  DNA topoisomerase (ATP-hydrolysing)
     Csac_1580
DNA replication proteins [BR:csc03032]
 Prokaryotic type
  DNA Topoisomerases
   Csac_1580
SSDB
Motif
Pfam: Topoisom_bac Toprim DEAD zf_Rg ResIII Helicase_C zinc_ribbon_15 Helicase_C_2 zinc_ribbon_2 DUF35_N Imm26 Toprim_4 MHB SNF2-rel_dom HypA DUF2072 TackOD1 DUF3797
Other DBs
NCBI-ProteinID: ABP67172
UniProt: A4XJT7
Position
complement(1738663..1742028)
AA seq 1121 aa
MATGAKYYHSCINCGGINSDTRNQKGLPCEKCLPFENNMNILESLKEHNSLKDYAYFWNF
QNEYKEFEKFFVSKVGKPMTGYQRLWARRLLLSKSFTLIAPTGLGKTTFGLVATLWMAKN
GKKVALIFPTVSLVEQTHQRLLEFANKEPKENVKILSYKSSMKRTEKDEFEKNFENGEFD
ILIVSSQFISKRKDDLAKKVFSLVFVDDVDAILKSSKNIDTLLQMIGIDQKTIDKTFENL
KKGVKYPEQKQNGTSSTPSKGILIVSSATAKPQGLKPLLFRELLGFEIGRFTFSVRNITN
IRIAGKSKVKLLETIKILNDGILLFVENEEEGKDVTNFLENEGISVGKTWEDFEKSFEEF
KDGKLKILCGIYSYYGKLVRGIDLPLRIKYSIFWGTPSFRFSTDIEKAPRFVLERVFSDY
LEEHPKLKSFFKNIDKYQVERLREVVKKYIPQDRWTDFIKKSFSNLKISDEGQIFFPDVF
TYIQGSGRTSRMLGSSLTKGVSILFEDDDLLFESLRSRLMFLLDEEWKTEDEVCFEDLIK
EVEMSRNEALIDERSSDLKSRLMIVESPTKAETISRFLEKASTRRYGRLSVYESVTPDGI
LLITASKGHVYDLDTKTGVHGVEISNGNFIPYYNSIKRCTSCGTQFTDEYSSCPKCGSDK
IDDKKEILKVLREIAAEVDEILVATDPDVEGEKISWDISQYLKPVNPNLRRIEMHEITKF
GFESAIKNQRDFNANLVKSQIVRRIEDRWVGFELSSKLQKNFQSYNLSAGRVQSTILGWI
IEREKEYAKSQKEFTFVRFENGFGFEAEGKIDGDKVLVDVVEENEKELETILPFNTPTLL
SYASQKLNLSVQEIMEILQFLFEHGFITYHRTDSNRISLTGQNMARLYLEKIGKKDLFVG
RSFGSEGAHEAIRPVKPISPLELKELSSERLAQGLTANHIKVYELIFNRFFTSQMKNPLV
RYQKLIFRFDKQEIEKEMPIEVIEEGWLLFSPIQIFSKFESGEYQIIEKKNYKKHTTPLF
TQAMLIDEMKQKNIGRPSTYAKMVEILFKRGYVFEDQYRRIRSTALGRKVYSYLAQHYQD
YINEETTRDLERLMEVVEIGEKDYQSVLSSLYEELTKIMQR
NT seq 3366 nt   +upstreamnt  +downstreamnt
ttggcaacaggagcaaaatattatcattcatgcataaactgtggtggtatcaactcagat
acaagaaatcaaaaaggacttccatgtgaaaagtgtttaccatttgaaaataatatgaat
atccttgaaagcttgaaagaacataatagcctaaaagattatgcctacttttggaatttt
caaaatgaatataaagagtttgaaaagttttttgtatcaaaggttggaaaaccgatgaca
ggatatcaacggctctgggcaaggcggcttttactttcaaaaagcttcacattaattgct
cccacaggccttggtaagacaacatttggacttgttgcaacactgtggatggcaaaaaat
ggtaagaaggtagctttaatctttcctactgtatcgctcgttgaacaaacgcatcagaga
cttcttgagtttgccaataaagagccaaaagaaaatgttaaaattctatcttataagtca
tcaatgaaaagaactgaaaaggacgagtttgagaaaaactttgaaaacggtgaatttgac
atcttgattgtttcatcgcaatttatatcaaagcgaaaagatgaccttgcaaaaaaggtg
ttttcattagtatttgtagatgatgttgatgcaattttgaaatcttcaaaaaacattgac
actcttttgcagatgattggaattgaccaaaagacaattgacaagacatttgaaaacctc
aaaaaaggtgttaagtaccctgaacaaaaacaaaacggcacatcttctactccgtctaaa
ggcattctcattgtatcttctgccactgcaaagccacaaggactaaaacctcttttgttt
agagagctacttggtttcgaaataggtagattcacattcagcgtaagaaatattacaaat
attagaattgctggaaagtcaaaagtaaagctgcttgagacaatcaaaatcctcaatgat
ggcatcctcttatttgttgaaaatgaagaagaaggcaaagatgtgacaaactttttagaa
aacgaaggaatatctgttggtaaaacgtgggaagattttgaaaaaagttttgaggaattc
aaagatggaaagctcaaaattctatgtggcatatactcatactatggaaagcttgtgaga
ggcatagacctacccttgagaataaagtattcaatattttgggggacgccctcgtttagg
ttttcaacagatatagaaaaggcaccccggtttgtcttagaaagagtgttttctgactat
cttgaagaacatcccaagttaaaaagtttctttaaaaacatagacaaatatcaagtcgaa
aggttaagagaggtagtaaaaaaatatattcctcaagatagatggactgattttattaaa
aagtctttctcaaacttgaaaatctcagatgagggtcagatattcttccctgatgttttc
acatatatccaaggctctggaagaacatcacgaatgctgggtagctctttgacaaaagga
gtttcaattctatttgaagatgatgatctacttttcgaaagtctcaggtcaagactcatg
tttttgcttgatgaagaatggaaaaccgaagatgaggtatgttttgaggatctaataaaa
gaggttgaaatgagcagaaatgaggctttaatagacgagaggtcttcagatttaaagtca
aggcttatgattgtagaatcgcccacaaaagcagagacaatttcaagatttttagaaaaa
gcatcaacaagaaggtatggaaggctctctgtatacgaatcagtaactccagatggaatt
ttgctcataactgcctcaaaaggacatgtgtatgaccttgatacaaaaacaggagtgcat
ggggtagaaatatcaaacggcaattttatcccatactataactctatcaaacgctgtaca
agctgtggtacacagtttactgatgagtattcttcatgtcctaaatgtggctctgataag
attgatgacaaaaaggagatattaaaggtgcttcgtgagatagcagctgaagtagacgaa
attttagttgcaacagaccctgatgttgagggtgagaagatttcatgggatatatcccag
tacctaaaacctgtaaatccgaacttaagacgaattgaaatgcacgaaataacaaaattt
ggttttgaaagtgctataaaaaaccagcgcgattttaatgcaaaccttgtaaaatctcag
attgtacgtagaattgaagacaggtgggtgggttttgaactaagctcaaagctccagaaa
aattttcaaagctataatttatctgcaggaagagtccaatctaccatccttggctggatt
atagaaagagaaaaggaatatgcaaagagtcaaaaagaatttacttttgtgagatttgaa
aatgggtttggatttgaggcagaaggcaaaatagatggcgacaaggtattggtagatgta
gtagaagaaaatgaaaaagagcttgagactattttgccatttaatacacccacacttttg
tcttatgcatcacaaaaattaaaccttagcgtacaggaaattatggaaattttacagttt
ttgtttgaacatggttttataacatatcacagaactgactcaaacagaatatcacttaca
ggtcaaaatatggcaagattatacttagaaaagataggcaaaaaagatttgtttgtaggc
cgaagtttcgggtcggaaggtgcgcacgaggcaataagacctgttaagccaatttcacct
ttggagttaaaagagttgtcaagtgaaagacttgctcagggtttgacagctaatcatatt
aaggtgtacgaacttatattcaatagatttttcacaagccagatgaaaaaccctcttgta
agatatcaaaaactaattttcaggtttgacaaacaagaaatagaaaaagaaatgcccatt
gaagtgatagaagagggctggcttttgtttagtccaattcaaattttttcaaaatttgaa
agtggggaataccaaataatagaaaagaaaaattacaagaaacacacaactcctcttttc
acccaagcaatgcttattgatgagatgaaacaaaagaatataggaagaccatccacatat
gctaaaatggttgagatccttttcaaaagaggatatgtattcgaggaccaatatagaagg
attcgttcaactgcactcggaagaaaagtgtattcttaccttgcacaacattaccaagat
tatataaacgaagagacaacaagagatcttgaaagacttatggaagttgttgaaataggt
gaaaaggattatcaaagtgtgttaagtagcttatatgaagagcttacaaaaattatgcaa
aggtga

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Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (27)   
   KEGG ORTHOLOGY (1)   
   RefGene (24)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (18)   
   Pfam (18)   
All databases (51)   

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