Daktulosphaira vitifoliae (grape phylloxera): 126908512
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Entry
126908512 CDS
T09738
Name
(RefSeq) DNA polymerase subunit gamma-1, mitochondrial
KO
K02332
DNA polymerase gamma 1 [EC:
2.7.7.7
]
Organism
dvt
Daktulosphaira vitifoliae (grape phylloxera)
Pathway
dvt03410
Base excision repair
Brite
KEGG Orthology (KO) [BR:
dvt00001
]
09120 Genetic Information Processing
09124 Replication and repair
03410 Base excision repair
126908512
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03032 DNA replication proteins [BR:
dvt03032
]
126908512
03029 Mitochondrial biogenesis [BR:
dvt03029
]
126908512
Enzymes [BR:
dvt01000
]
2. Transferases
2.7 Transferring phosphorus-containing groups
2.7.7 Nucleotidyltransferases
2.7.7.7 DNA-directed DNA polymerase
126908512
DNA replication proteins [BR:
dvt03032
]
Eukaryotic type
DNA Replication Elongation Factors
DNA polymerase gamma complex (mitochondrial)
126908512
Mitochondrial biogenesis [BR:
dvt03029
]
Mitochondrial DNA transcription, translation, and replication factors
Mitochondrial DNA replication factors
Mitochondrial DNA polymerase
126908512
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
DNApol_Exo
DNA_pol_A
ORC5_lid
Motif
Other DBs
NCBI-GeneID:
126908512
NCBI-ProteinID:
XP_050546618
LinkDB
All DBs
Position
Unknown
AA seq
1115 aa
AA seq
DB search
MYWRCSKVSYAYYLRCSHLKYCTISKSAMPSNEAGLVVEKCYEPRVVINNNNKAPRLVPK
EKSEFRKNELNIQMLSSNLYDQLFNESHNIDDNVLRTALHDLSKFGLPSTLHPISDIELQ
LPPLEGNIVEHFYEIGRIQSEPYTILMKEFLKSSIPEIPKKWEFKEGWTRYFNGVIEPCD
HPKEKVMIFDVEVCCTEGDLPTMATAVTSDAWYSWVSKDLINCNTRIGRNLGYSCKDLIS
LESAAHSKEKTTEWTNLPKLCIGHHVAFDRARIMEQYWLSRTGLRFIDTMSLHVAVSGIT
SYQKALLKSKNIIEDESWQQYSSLNSLNEVYKLYCKSELSKSDRDIFVKGSLKDIINNFQ
NLMTYCANDVKATSQVLYKLWPLFCERFPHPVTLAGILELGTSYLPVNSNWKRYLDTSNE
IYEDLNIESKFLLSQQANQACQLMYNDNFKKDVWLWDQDWTSKEFKLKKEKKKKAEITVE
NKPIIAEDIYEERFLYLENKFKNLMKTNERMPVKTPHLAGYPEWYRKLCAPPKDPNWVPG
PNLISSGMHIVPKLLSLMWKSIPLHYVRNHGWGQLVPYETDIKIPNAELVPLTVLQFHCV
QNNVSCSCDIKISPSEIHEDVQKNLVKYECNFKKKFKKNKPQIICKNNFGIYCGLIKLPH
KDGNHLNVGNPLARDFLNKFSQSGLSGRDSKAERIIEISRMLSYWRNNKERVEGQMVVWT
DKSEGRGAIIPQVVVCGTLTRRAVEKTWMTAANAIDERVGSELRSMIQAPPGYHLVGADV
DSQELWIASIIGDSYYGKEHGATAFGWMTLSGKKSDGTDMHSVTAKTIGITRDNAKVLNY
ARIYGAGKPFAERLLKQFNPDLTTTQAKQKAIAMFNITKGNRVFKLHDSVLPELSKREYS
RCGAEDICKIYNLSGEELFQKPVWKGGSESAMFNSLEQIACCKEPKTPFLDSRLSRALEV
QGSNVEKFIPTRINWVVQSGAVDFLHLMLVCMRWLVHPNVRFCLSFHDEIRYLVPSEYRY
QTALALHITNLLVRAFCVKKLGMTDLPQSVAFFSSVEVDTALRKDATNDCITPSNPYGLS
KAYGIPLGESVNIIQAIELSGGNIGVFKNKKRRKL
NT seq
3348 nt
NT seq
+upstream
nt +downstream
nt
atgtattggagatgttccaaagtaagttacgcatattatttgcgttgcagtcatctcaag
tattgtaccatttccaaatcagccatgccttctaatgaagctggattagttgttgaaaaa
tgctatgaaccaagagttgtgatcaataataataataaagctcctcgtttggtaccaaaa
gaaaagtctgaatttcgtaaaaatgaattaaatattcaaatgttgtctagtaatttatat
gatcaactttttaatgaatctcataatatagatgataatgttttgcggacagctctacac
gatttatcaaaatttggacttccatcaacattacacccaatctcagatattgaactccag
ttacctccattggaagggaatattgttgaacatttttatgaaattggtagaattcaaagt
gaaccttatactattttaatgaaggaatttttaaaaagttctattcctgaaattcctaaa
aaatgggaatttaaagaaggatggactcgatattttaatggtgtaatagaaccttgtgat
catcctaaagaaaaagtaatgatttttgatgttgaagtatgttgtacagaaggcgatttg
cctacaatggctactgctgtaacatcagatgcttggtacagttgggtaagtaaagattta
atcaattgtaataccagaataggtcgaaatttgggttattcttgtaaagatttaatctct
ttagagtcagcagctcattctaaagaaaaaacaactgagtggacaaacttacccaaatta
tgtatagggcatcatgtggcttttgatagagcaagaataatggaacagtattggttaagt
cgtactggtcttagatttattgatactatgtcattacatgttgcagtaagtggtattact
agttatcaaaaagcattgttaaaatccaaaaatattattgaagatgaatcttggcagcaa
tatagttcattaaatagtttgaatgaagtatataaactgtattgtaaatctgagttatct
aaaagtgatcgtgatatatttgttaaaggctctttaaaagatattattaataattttcaa
aatttaatgacttattgtgcaaatgacgtaaaagctacttctcaagtattatataaatta
tggccattattttgtgaaagatttccccatccagtaactttagctggtatattagaatta
ggtacatcctatttacctgttaattcaaactggaaaagatatttagatacttcaaatgaa
atatatgaagatttaaatatagaatccaaatttttactatcgcagcaagcaaatcaagct
tgtcaattaatgtacaatgataattttaaaaaagatgtatggctttgggatcaagactgg
acttcaaaagaatttaaattaaaaaaagaaaagaaaaaaaaggctgaaattactgttgaa
aataaaccaattatagccgaagatatttatgaagaaagatttttatatttagaaaataaa
tttaaaaatcttatgaaaacaaatgaacgtatgccagtaaaaactccacatctagctgga
tatccagaatggtatagaaaattatgtgcaccacctaaagatcctaactgggtacctggt
cctaatttaataagttcaggtatgcatatagttcctaagttactctcccttatgtggaaa
tctattccattacattatgtaagaaaccatggttggggacaacttgtcccttacgaaact
gatattaaaattcctaatgctgaacttgtgcctcttactgtactacaatttcattgtgtt
caaaataatgtatcgtgcagttgtgatataaaaattagtccctctgaaatccatgaagac
gttcaaaaaaacttagtcaaatatgaatgtaatttcaagaagaaattcaaaaaaaataaa
ccacagattatatgtaagaataattttggaatttattgtggccttataaaacttcctcat
aaagacggtaatcacttgaatgtaggtaatcctcttgcgagagattttttaaataaattt
tctcaaagtgggttatctggaagagatagtaaagcagagcgaataattgaaatatcacgt
atgttgtcttattggagaaataacaaggaacgtgttgaaggacaaatggttgtttggaca
gataagtctgaaggtcgaggtgcaattataccacaagttgtagtatgtggtacattaacc
agaagagctgttgaaaaaacctggatgacagcagctaatgccattgatgaaagagtgggc
tctgaattgcgcagtatgattcaagcacctcctggttatcatttggtgggagctgatgta
gattcccaagaactgtggattgcgtccataataggtgattcttattatggaaaagaacat
ggtgctactgcctttggatggatgacacttagtggtaaaaaaagtgatggaactgatatg
catagtgttacagctaagacaataggtattacaagagataatgctaaagtattaaattat
gctcgaatatatggtgcaggcaagccttttgctgaacgtttgttaaaacagtttaatcca
gacttaactactactcaagcaaaacaaaaagctatagctatgtttaatattactaaagga
aatagagtttttaaattacatgattcagttttacctgaactaagtaaaagagaatactct
agatgtggagctgaagatatttgtaaaatttataatctcagtggtgaagaactatttcaa
aaacctgtttggaaaggaggttctgaatcagccatgttcaatagcttagaacaaatagct
tgttgtaaggaaccaaaaactccattcttagattctagacttagtcgagctttagaagtt
caagggagtaatgtggaaaaatttattccaaccagaattaactgggttgtacaaagtggt
gctgtcgatttccttcatttaatgctagtctgtatgcgatggttagtccatcctaatgtg
agattctgtttaagttttcatgatgaaattcgatatctagttcctagtgaatatcgttac
caaactgctcttgctctgcacataacaaatttattagtcagagcattttgtgtgaaaaag
ttaggcatgactgatttacctcaatctgtagcattttttagttctgtagaagtagatact
gcactgaggaaagatgcgacaaatgactgtattactccttctaatccttatggattatca
aaagcttatggaattcctcttggtgaatcagtaaatataatacaagctattgaactatct
ggtggtaatattggtgtgtttaaaaataaaaagcgaagaaaactataa
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