Chlamydia caviae: CCA_00008
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Entry
CCA_00008 CDS
T00125
Symbol
recC
Name
(GenBank) exodeoxyribonuclease V, gamma subunit
KO
K03583
exodeoxyribonuclease V gamma subunit [EC:
3.1.11.5
]
Organism
cca
Chlamydia caviae
Pathway
cca03440
Homologous recombination
Brite
KEGG Orthology (KO) [BR:
cca00001
]
09120 Genetic Information Processing
09124 Replication and repair
03440 Homologous recombination
CCA_00008 (recC)
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03400 DNA repair and recombination proteins [BR:
cca03400
]
CCA_00008 (recC)
Enzymes [BR:
cca01000
]
3. Hydrolases
3.1 Acting on ester bonds
3.1.11 Exodeoxyribonucleases producing 5'-phosphomonoesters
3.1.11.5 exodeoxyribonuclease V
CCA_00008 (recC)
DNA repair and recombination proteins [BR:
cca03400
]
Prokaryotic type
DSBR (double strand breaks repair)
HR (homologous recombination)
RecBC pathway proteins
CCA_00008 (recC)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Exonuc_V_gamma
RecC_C
DUF3870
Motif
Other DBs
NCBI-ProteinID:
AAP04761
UniProt:
Q824Y0
LinkDB
All DBs
Position
complement(10945..14010)
Genome browser
AA seq
1021 aa
AA seq
DB search
MNATKHSQAFFSNSPTHLLAKLAEDLFSTYQQPFTKRWILVANTEIGHWLRRELTNATSN
HIFMGSTIFSSSDSLVKHLFSEVCHEKALIPDYITLPLFIHELLNITDSPVDGRLSKLPS
EPSYSSTKSLAAIFKKFYTFSQSPSENNRYHKDLFSQLDKHFMPIDKVFSSILGSLDSEK
QNRSLHVFGYSHLPKHFATFFTELSNFFPVYFYCFSPSREYFGDLLSDKSIDFLWRQLAD
QPKRDAWEHYVLADRQALLANLSHKSQASQNFFLDKEVDYCEAFVAPQESTSLGVLQSNL
FYLRPNSTENTLDKDQTATISNALNPSREVHEVFLKISSLLHKGVAPEEIFILSSQLETY
EVYLKAVFQPHLPLYFTNSTSTHAKELKEKFLLLSSIIQTQGNLYRLLQLLIHPQLQNSI
EISKTPHLLKRLSSEWEKLYKGDSTHVQNLGDNILNEYPFVEECGKVSQIELWERILPLL
YDLQNFINAYSTSTVQTYEQHFTQSISSLESIFVLSSEELSLISSLRNALFPTFASSKCS
LVFFTDFCLDFFDRFCGNSPIYDKPGPYVGSLGDLSLLPKGYTFILGANKRTQTVDFLDL
VDTTTQEELVFSSSEDEENFHFLQAIVSTKHELHVSYQSSAHNPALPCAYVNYLQEALNL
SVTHFPSKAYTPSLFSKETLVHTSQEYHHKLARAFCSIKEPLPSLFQPSKNTPTLPCHVS
VSQIIKAISSPLDFFLKANYHVSLRSPATLETREKLFPTKKQVLLFWEKQLSNTSENISN
NYLSSSSKAMFAAYDELIEKWLEKARQYPSTSPYTVIFSSLLFHDYLNDQDKILLPVCLN
MNGKEVSLHGRFSGVFSKGIYLCSIDPLAKTRKTLKKTRAVPENSFEMQNYLKAYIAIAM
LQQSNAITKHAIIRNITSHDNFEDLSLPFSSPEKYLNQVLQVYQMMKEHPIPLISSECWK
FLDNPEKFHEAVSATIETDANNPTLSLFWKFHNRDYQDQFTISEEQRLLLLSLFKDVHET
V
NT seq
3066 nt
NT seq
+upstream
nt +downstream
nt
atgaacgcgaccaaacatagtcaggcattttttagcaattctcccacgcatctattagct
aaacttgcagaagatctattttctacctatcaacagccctttactaaaagatggattctt
gttgccaatacagaaatagggcactggctgcgtagagaacttactaatgctacgagtaac
cacattttcatggggtcgaccattttctcttcttctgactcccttgtcaaacatttattc
tccgaagtttgtcatgaaaaagcattaattcctgactatataacacttcctctatttata
cacgagctgctaaatattaccgattctcccgttgatggcaggcttagcaaacttccttca
gaaccctcttacagctcaacaaaaagcttggcagctatttttaaaaaattttatacattc
tcgcaatccccttctgaaaataatcgctatcataaagacctgttttctcaattagataaa
cattttatgcctatagacaaggtcttctcttcgatactcggttctttagattctgaaaaa
caaaatcgttctttgcatgtctttggctattctcatttgcctaagcattttgcaactttt
tttacggaattaagtaattttttccctgtatacttttattgtttttcaccaagtcgagaa
tatttcggagatttactctctgacaaatctattgatttcctatggcgtcagcttgcagat
caacctaaaagagatgcttgggaacattatgttttagctgataggcaagccttgcttgcc
aatctctctcataaatcccaagcatctcaaaatttcttcttagataaggaagtggactac
tgtgaagctttcgtagctcctcaagaatcaacatctttaggagtcttacaaagtaattta
ttttacctacgccccaattcaacagagaacactttagataaagatcaaacagcaactatt
agcaacgctttaaatccttctcgggaagttcacgaagtgtttttaaagatttcttcacta
ttacataaaggcgtggctcctgaagaaatctttattctatcttcccaattggaaacctat
gaggtgtatttaaaagccgtattccaacctcatctacctctatattttacgaatagcacg
tcaacacacgccaaagagttaaaagaaaagtttttacttttatcatctatcatacaaaca
caaggcaatctataccgtctgcttcaattgcttatccacccacagctacaaaattctata
gagataagtaaaactcctcaccttttaaaaaggctttctagcgagtgggagaaactttat
aaaggagatagcactcatgtacaaaacttgggtgataatattctgaacgaataccctttt
gttgaggaatgtgggaaggtaagccaaatagaactttgggagcgcattcttcctttgctt
tatgatttacaaaattttataaatgcttactccacaagtactgttcaaacatatgaacaa
cactttacccagagtatatcttccttagaatcgatcttcgtcctctcttccgaagaatta
tctttgatctcctctcttagaaacgctcttttccctacgttcgcatcttcaaaatgctct
ttggtattttttactgatttctgtctggatttctttgaccgtttctgtggcaacagtcct
atttatgataaacctggtccttacgtaggctccttaggagacttaagccttcttcccaaa
ggttatacatttattctcggagcaaacaagcgcacacagactgttgattttctagatctt
gtagatacaacaacccaagaagaactcgtattttcttcttctgaagatgaagaaaacttc
catttccttcaggccatagtctctacaaagcacgaactccatgtgagctatcagtcttct
gctcataatcctgctttaccctgtgcctatgtgaattatcttcaggaagctttaaatcta
tctgtcactcattttccttctaaagcctataccccttctttattttctaaggaaaccctg
gtacatacttcgcaagagtatcatcacaaactcgcacgagcattttgctctataaaagag
cccctgccttctttatttcaaccctctaagaacaccccgactcttccttgtcatgtatct
gtatcacaaattattaaggcaatctcctctcccttagatttctttttaaaagctaattat
catgtatctctacgatctcctgcaacattagaaactagagaaaagcttttcccaacaaaa
aagcaggttctgcttttttgggaaaaacagctttcaaacacgtcagagaatatttcaaat
aattatctatcttcatcttctaaagctatgttcgccgcttacgatgaacttatagaaaag
tggctagaaaaggcacgtcaatacccctctacctcaccctatacggtaattttttcttct
ctgttattccacgattaccttaacgatcaggataagattctccttcctgtttgcctgaat
atgaacggtaaagaggtgtctctgcatggaagattctctggagtattctctaaaggcata
tatttatgttctattgatccattagctaaaacaagaaaaacgcttaagaaaactagagct
gttccagaaaactcttttgaaatgcagaactatttgaaagcttacattgctatagcaatg
ttacaacaatccaatgctattacaaaacatgcaatcataagaaacataacctctcatgat
aacttcgaggatctttctctgcctttttctagtcctgaaaaatacctaaatcaggtatta
caggtatatcaaatgatgaaagagcatccgattcctttaatttcttctgaatgttggaaa
tttctagacaatcctgaaaagtttcatgaagcggtttctgctacgatagaaacagatgct
aacaatcccaccctatcgcttttctggaaatttcataaccgtgattatcaagatcaattc
acgataagtgaagagcaacgtttgttacttctttctttgtttaaggatgtgcatgaaacc
gtttga
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