KEGG   Chlamydia muridarum Nigg CM972: Y015_00045
Entry
Y015_00045        CDS       T03671                                 
Name
(GenBank) exodeoxyribonuclease V subunit gamma
  KO
K03583  exodeoxyribonuclease V gamma subunit [EC:3.1.11.5]
Organism
cmur  Chlamydia muridarum Nigg CM972
Pathway
cmur03440  Homologous recombination
Brite
KEGG Orthology (KO) [BR:cmur00001]
 09120 Genetic Information Processing
  09124 Replication and repair
   03440 Homologous recombination
    Y015_00045
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03400 DNA repair and recombination proteins [BR:cmur03400]
    Y015_00045
Enzymes [BR:cmur01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.11  Exodeoxyribonucleases producing 5'-phosphomonoesters
    3.1.11.5  exodeoxyribonuclease V
     Y015_00045
DNA repair and recombination proteins [BR:cmur03400]
 Prokaryotic type
  DSBR (double strand breaks repair)
   HR (homologous recombination)
    RecBC pathway proteins
     Y015_00045
SSDB
Motif
Pfam: Exonuc_V_gamma
Other DBs
NCBI-ProteinID: AHH23333
Position
complement(10885..13899)
AA seq 1004 aa
MNELSHSQATFSNYPEVLLAKLAQDLFSINQTPMTKRWILVPSSDTDHWLRRELVKASSN
HIFMGTHIFASFDAFVKYLFTGTRLADLSTPDHITLPLNIYNLLRESSFNSSSDVSYAHL
QKLSSLFKKFYTFSQEPSTNNPYYKNLFTQLTNAYTPLETIFSSILAHPPKYPCSLHIFG
YPQLPQHVASFFISLGKYFPVHFYCFSPSAAYFGDLLSDKAMALLSHKIPEPQQETWEKY
VLTDRLALLANLAHRSQSLQNFFLDYSVPYEELFQPYENNSSLNIVKDSFFHLRPIDQKL
FADSPQTIFVRKAPSAAREVHQLFSIISQLLNSGVSTDEIFIVSSNLSKYEPLLKGIFEP
HIPLYLTKSEKSQTRDLKNKLLLLVAFLFSKCTLHDLLKLLSYPDLRTPLETTKISFLTH
KLSRYWKSLSQKDPLISQLIHHIFDEYPFIDDSGVVNESETWEIVVPLLDLLQQVITHYT
DSKDKTYEEHSHLIFSTLENIFLLSTEEHALLVSLSKTLQPFAHSSCSLTIFVEFCLDFL
SHIPGYSQLYNQPGPFIGSINSLSLIPKGYTFILGANKKNFSLDTSFLIDPSLIQEDFLF
SSTEDEDNLHFLQTIVSTKHQLHISYLSSSKNPALPSSALKHLLDAVPIREENLSGKLYA
KENFSSQSLHQSYQVYYRMAQADPIQNKAPSLFETASPKPLPTHLSLKHLVKAFKDPLNF
FLNTQHGLSFHPKSLFSKAEKVFPSPYDAKSFWDHQLAPHSPLPTTNYLSSFTESLYTQT
QDSIIQRVETLKKDPSTAPFSVVFSHQIFQEPSSPHDKYVPPFPLSLHNQTISLQGEIRG
VCSQGVYLFSMNPGDSFKKATKSHGLPKNSFELESCLEAYLSLALLQASHILPKDSAILR
VTPYDIEPITPPFSSPESYLILAVGLYEHLQNKAIPLPSAQAWEYIKKTDVASKIIKKLL
DNEEDPLTNSFWLFHNRDTEEICSELSKDLLSQLLSLFINQDTQ
NT seq 3015 nt   +upstreamnt  +downstreamnt
atgaatgaactatctcacagccaagcaacgtttagtaattatcctgaagttctattagct
aaacttgctcaagatctgttctctatcaaccaaactcccatgacaaaacgatggattctg
gtgccgagctcagacacagatcactggttacgaagagaattggtaaaggcttcatccaat
cacatcttcatggggacacatatttttgcttctttcgatgcttttgtcaaatacttattt
acgggaactcgtcttgcagatctctctaccccagatcatattaccctccctctaaatatt
tataaccttttgagagagtcctcttttaactcatcctcggacgtttcctatgctcattta
caaaaactttcttcactctttaaaaagttttacacattttctcaggagccatcgactaac
aatccttattacaaaaacttgtttacgcaactcacaaacgcatatactcccttagaaacg
attttttcttctattttggctcatcctccaaaatatccctgctccctgcatatttttgga
tatcctcagctccctcagcacgtggcctcttttttcatttctctagggaaatatttccct
gtgcatttttactgtttttcaccgagtgccgcctattttggggatcttttatccgataaa
gccatggccctcctctcccacaaaatcccagaaccccaacaggagacatgggaaaaatat
gtattaacagatcgactggctttgctggctaatcttgcgcatcgatctcagtctttacaa
aatttctttttagattatagcgtcccctacgaagaactttttcagccatacgaaaacaac
tcctccctaaacattgtaaaagatagttttttccatttacgtcccatagaccagaagctg
tttgctgattcacctcaaaccatttttgtacgtaaagctccttcagcagctcgagaagtt
catcaactattttccatcatttctcaacttctaaactctggggtctctacagatgaaata
tttatcgtttcttccaacctatcaaaatatgaacctcttctaaaaggcatctttgagccg
catattcctttatatttaacaaaatcagaaaaatctcagacccgagatctaaaaaacaaa
ctattattactggtagcgtttttgttctctaaatgcactctgcatgatttactaaagctc
ctttcctatccagaccttcgcacccctttagaaacaacgaaaatcagtttcctcacccac
aaactgtctcgttactggaaatctttgtcacaaaaagacccccttatttcccaactcatc
caccacattttcgatgaatatccattcattgatgactcaggagtcgtaaatgaatccgaa
acttgggaaatcgttgttcctctgcttgacttattacaacaagtaatcactcattacaca
gactcaaaagacaagacctatgaggagcactctcaccttatcttttctaccctagaaaac
atcttccttctttctacagaagaacatgctttgctagtttcattatccaaaactttacaa
ccttttgcgcactcttcttgttcgttaacgattttcgtagaattttgcttagatttccta
tcacatattcctggatacagtcagttatacaatcaaccaggaccttttattgggtccata
aacagtctcagcctaattccaaaaggctatacgtttattcttggggctaacaaaaagaat
ttctctttggacacaagtttccttatagatccttctctcatacaggaagattttctcttt
tcttcaacggaagatgaggacaaccttcactttctacaaaccattgtttctacaaaacac
cagcttcatatcagctatctctcttcttcaaaaaatcctgcattacccagctctgctctt
aaacatttattagatgctgtacctattcgagaagagaatctttctggaaagctctatgca
aaagaaaatttttcttcccaatcattacatcaatcttatcaagtttactaccgaatggct
caagctgatccgatacagaacaaagcgccttcgctttttgaaactgctagcccaaaacct
ttgccaacacatctatctctaaaacatcttgtaaaagcttttaaagatcctcttaacttc
tttcttaacacccaacacggtctttcgtttcatcccaaatctttgttttcaaaagcagag
aaagtgttccctagtccatatgatgcgaaatctttttgggatcatcagctggcgcctcac
tctccgcttcctactactaactacctctcttcttttacagaatcgctatatactcaaaca
caagactcgataatccaacgtgtggaaaccctgaaaaaagatccctcaacagcccctttt
tctgttgtattttctcatcagattttccaagaaccgagcagtcctcacgataagtatgtt
cccccctttcccctctccctccataaccaaaccatttcccttcaaggagagattcgtggg
gtgtgctcacaaggagtgtatttattttctatgaatccaggagactcttttaagaaagca
accaaatcccatggtctccctaaaaactcttttgaactagaatcctgtctagaggcctat
ttatccttagcactactccaagcttcacacattcttcccaaagactctgcaatactacga
gtcacgccttacgacatagaacccataacccctcctttttcttctccagaatcctatcta
atccttgcggttggcctatatgaacatctgcaaaacaaagctatcccccttccttctgct
caggcctgggagtacattaagaaaacagatgtggcttcgaaaattattaaaaaactttta
gataatgaagaagatcccttaaccaatagcttttggttattccataaccgagatacggaa
gagatttgctcagagctttccaaagatctgctctctcaactcctctctctctttataaat
caggatactcaatag

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein domain (1)   
   Pfam (1)   
All databases (10)   

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