Drosophila willistoni: 6644070
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Entry
6644070 CDS
T01067
Name
(RefSeq) DNA polymerase subunit gamma-1, mitochondrial
KO
K02332
DNA polymerase gamma 1 [EC:
2.7.7.7
]
Organism
dwi
Drosophila willistoni
Pathway
dwi03410
Base excision repair
Brite
KEGG Orthology (KO) [BR:
dwi00001
]
09120 Genetic Information Processing
09124 Replication and repair
03410 Base excision repair
6644070
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03032 DNA replication proteins [BR:
dwi03032
]
6644070
03029 Mitochondrial biogenesis [BR:
dwi03029
]
6644070
Enzymes [BR:
dwi01000
]
2. Transferases
2.7 Transferring phosphorus-containing groups
2.7.7 Nucleotidyltransferases
2.7.7.7 DNA-directed DNA polymerase
6644070
DNA replication proteins [BR:
dwi03032
]
Eukaryotic type
DNA Replication Elongation Factors
DNA polymerase gamma complex (mitochondrial)
6644070
Mitochondrial biogenesis [BR:
dwi03029
]
Mitochondrial DNA transcription, translation, and replication factors
Mitochondrial DNA replication factors
Mitochondrial DNA polymerase
6644070
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
DNApol_Exo
DNA_pol_A
Motif
Other DBs
NCBI-GeneID:
6644070
NCBI-ProteinID:
XP_002066751
UniProt:
B4N0X4
LinkDB
All DBs
Position
2R
Genome browser
AA seq
1142 aa
AA seq
DB search
MILLRCYTTRAPAPREHYASSSIKIYRKARAPKQKQLKNSEPTPVAGSKANESFQNPVKI
QMISQNLHKQIFPQSPRRNLAESVAAARDYKADLHRHGIDIDSSMPIEDVNLELPPLHGE
NIEEHFYNIAKEQVKPYEELLWPLVKCRELPNKPKRWAFHAGWTAYNPIDGTPEAVDQPL
EKGLIFDVEVCVKAGQGPVLATAVSTERWYSWVSPKLTKHRMGVDHMEDMEPCDGDVDTE
RPHYTLDELIPLGSGPGLIVGHNVSYDRARLRDQYLLEDTRTRFVDTMSLHMCVSGVTSY
QRAMLKSKKEPAPEDLGWLEQSSLNSLVEVHRLYCGGEPLSKEPRNIFVEGTMEQVRQNF
QSLVNYCAGDVEATYRILSQLYPLYAERFPHPASLAGMLEMGSAYLPVNSNWERYIHESQ
LTYEDLSIEAKYHLGRRAEEACSLLHDEQYKKHLWLWDEDWSVQSLKLKKAPKRKPLPKM
DEECSSSPFQAKFQHLYDQRALLPARRPLLPGYPQWYRKLCQKPPLQTSERDLQSEEEWT
PGATGISTGMQIAPKLLSLCWEGYPLHYLKEHGWGFLVPFRNDARESQALPLEQLLQRCP
VPEFARHCASANESELALDALPRNLDEHLGRREYFKKISKRQQKLETQYKGSGVWCNHIL
ENSCFFLKLPHKNGPSYRVGNPLSRDFLNKFSENVLSSGNPSCQAAARVIEIARMMSYWR
NNRDRIMNQMVVWLQRECLPSGLTSHLQHTSYGAICPQVVACGTLTRRAMEPTWMTASNS
RADRLGSELRAMVQAPPGYRLVGADVDSQELWIASVLGDAYAWGEHGATPLGWMTLSGNK
SNQSDMHSITAKAVGISRDHAKVINYARIYGAGQQFAENLLQQFNPTFSASEAKAKAMKM
FSITKGKRIYRLRDEFHDELEDRPYSGYEATRLAVQRNRPISEVFHRSSWQGGTESAMFN
RLEEIATEAQPKTPFLGCRLSRALEADTGADQEQRFLPTRINWVVQSGAVDFLHLMLVSM
RWLMGSHARFCLSFHDELRYLVREDMAPKAALAMHITNLLTRSFCVSRIGLKDLPMSVAF
FSSVEVDTVLRKECSMDCQTPSNPHGLRIGYGIQPGESLTIDKAIEKAGGHDLSQWNWIS
KS
NT seq
3429 nt
NT seq
+upstream
nt +downstream
nt
atgatactactccgctgctacaccactagagctccggctcctcgagagcactatgccagc
agtagcattaaaatatatcgtaaggctagggcgccaaaacagaagcaactgaaaaattcg
gagcccacaccagttgccggttccaaggccaatgaatctttccagaatccggtaaaaatt
caaatgatttcacagaatctgcacaagcaaatctttccccagtcaccacgtcgaaatctt
gcagaatccgttgctgcagctcgagattataaagcagatctccatcgtcatggcattgac
attgatagttccatgcccattgaagatgtgaatcttgaattgccaccactacatggtgag
aacattgaggagcatttctacaacatagccaaagaacaggtgaagccatacgaggagttg
ctatggcccctagtgaagtgcagagagctgccaaataaaccaaagcggtgggcatttcat
gccggatggactgcttataatcccatagatggcacacccgaggcagttgaccagccactc
gaaaaaggactaatcttcgatgtggaagtgtgtgtcaaggctggccaaggtccagtattg
gccacagcggtcagtaccgagcgttggtattcgtgggtcagcccaaaactcaccaaacat
cggatgggtgtcgatcacatggaggacatggagccttgcgatggtgatgtcgacacagag
aggccccattacactttagatgagctgataccacttggaagcggacctggtctgatagtg
ggtcataatgtctcctatgacagggctagattgcgggatcaatatttgctggaggacaca
cgcactcgttttgtggacaccatgtccctgcacatgtgtgtgagtggagtgaccagttat
caaagggccatgctcaaatccaagaaagagccggctcccgaggacttaggttggctggag
cagagttcccttaatagtctggtggaagtgcatcgtctctactgtggcggggagccgctg
tcaaaggagccccgaaatatttttgtagaaggcacaatggaacaggtgcgtcaaaatttt
caatctctagtgaattattgcgccggggatgttgaggccacttatcgcatacttagccaa
ctttatccactatatgcagaaagatttccacatcccgcatctttggctggcatgctggag
atgggctcagcctatttgcccgtcaactccaactgggagcgctatatacacgaatcccaa
ttgacctatgaggatctgagcattgaggccaaatatcacttgggtcgcagagcagaggaa
gcatgctccttgctccacgatgaacaatataagaaacatctttggctttgggacgaggat
tggagtgtccaaagtctgaaactaaaaaaggcccctaaacgaaagccactgcccaagatg
gatgaggagtgctcctcgtctccttttcaggctaaatttcagcatttatatgaccagcga
gctctattgcctgcacgtcgtcctctcctgccgggttatccacaatggtatcgcaaactg
tgccaaaaacctcctctccagaccagcgagagggatctgcaatccgaagaagaatggaca
ccgggagctacgggaattagcacaggaatgcagattgctccgaaacttttgtcgctctgt
tgggagggttatcccttgcattacctcaaggaacatggctggggtttcctcgtgcccttt
cgtaatgatgcccgcgaatcccaagcgttgcccctagagcagcttcttcaacgttgtccg
gttcccgagtttgcccgccactgtgcctcagctaatgagagtgaactcgccttggatgca
ctccctcgaaatttagatgagcatcttggtagacgcgagtacttcaagaaaatctcaaag
cgtcaacagaaattggaaacgcagtataaaggctccggagtctggtgcaatcacatattg
gaaaattcttgcttcttccttaaactgccacataagaatgggccctcctaccgtgtgggt
aatcccttgtccagggatttccttaataaattctctgaaaatgttttaagtagcggcaat
ccctcatgccaggccgctgctcgggtcatcgagattgcccgtatgatgtcgtactggcgc
aataatcgagatcgcattatgaaccaaatggttgtgtggttgcagcgggaatgccttccg
tcaggattgacatctcatttgcaacacacgtcgtacggagccatttgcccacaggtggtc
gcttgtggcaccctaactcgtcgtgccatggagcccacatggatgacagcctcaaattca
cgagccgatcgcctcggctctgagttaagggccatggttcaggcaccgcccggttaccgt
ttagtgggagccgatgtggactctcaggagctgtggatagcatcggtgcttggcgatgcc
tatgcctggggggagcatggcgcaacgccccttggctggatgactttgagcggcaataaa
tcgaatcaaagtgacatgcactccattacggccaaggccgtgggcatttcccgtgatcat
gccaaggtgattaactatgccagaatctatggagcaggtcagcagttcgctgagaatttg
ctgcaacagtttaatcccacttttagtgcttcggaggccaaagccaaagccatgaagatg
ttttccataaccaagggcaagcgaatttacagactacgcgatgagttccatgacgaactg
gaggatagaccctatagcggctacgaggcaactcgcttggctgttcaacgaaaccgaccc
atatcagaggttttccatcgttccagttggcagggcggcacagagagcgcaatgtttaat
cgcctagaagagattgccactgaagcgcaaccaaaaacaccttttctcggatgccgcctc
agtcgagcccttgaggcagataccggcgcggatcaggagcaacgttttctacccacccgc
atcaattgggtggtacaaagtggagctgtcgactttcttcatctgatgttggtcagcatg
cgttggctaatgggcagccatgcccgtttctgtctaagtttccacgatgaattgcgttat
ttagtccgagaagacatggcacccaaggcagcattggccatgcatatcacaaatttgtta
acccgttcgttttgtgtatcccgcattggactgaaagacttgcccatgtcagtggcattt
ttctcctctgtcgaagtggacacagtgctgcgtaaggagtgttcaatggattgccaaaca
ccatccaatccacatggtctacgcatcggctatggcatacaaccaggagaaagtttgacc
atagacaaggccattgaaaaggcaggtggtcatgatctaagtcaatggaattggattagt
aaaagttaa
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