Ficedula albicollis (collared flycatcher): 101813036
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Entry
101813036 CDS
T02815
Symbol
DNA2
Name
(RefSeq) DNA replication helicase/nuclease 2
KO
K10742
DNA replication ATP-dependent helicase/nuclease Dna2 [EC:
5.6.2.3
3.1.-.-]
Organism
fab
Ficedula albicollis (collared flycatcher)
Pathway
fab03030
DNA replication
Brite
KEGG Orthology (KO) [BR:
fab00001
]
09120 Genetic Information Processing
09124 Replication and repair
03030 DNA replication
101813036 (DNA2)
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03032 DNA replication proteins [BR:
fab03032
]
101813036 (DNA2)
Enzymes [BR:
fab01000
]
5. Isomerases
5.6 Isomerases altering macromolecular conformation
5.6.2 Enzymes altering nucleic acid conformation
5.6.2.3 DNA 5'-3' helicase
101813036 (DNA2)
DNA replication proteins [BR:
fab03032
]
Eukaryotic type
DNA Replication Elongation Factors
Other elongation factors
101813036 (DNA2)
Prokaryotic type
Elongation factors (archaeal)
Other elongation factors
101813036 (DNA2)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Dna2
AAA_12
Dna2_Rift
AAA_11
AAA_30
AAA_19
Viral_helicase1
bpMoxR
nSTAND3
UvrD-helicase
SRP54
ResIII
AAA_25
DEAD
CbiA
AAA_7
AAA
Cas_Cas4
AAA_29
HerA_C
AAA_22
cobW
PIF1
MobB
UvrD_C_2
PhoH
YqeC
AAA_18
AAA_16
T2SSE
AAA_23
Motif
Other DBs
NCBI-GeneID:
101813036
NCBI-ProteinID:
XP_005047986
UniProt:
U3KEU9
LinkDB
All DBs
Position
6:complement(1173387..1193854)
Genome browser
AA seq
1027 aa
AA seq
DB search
MAESFQKQVADTILRNGLNNRYRVLEVSVIQRNGSDPEKHLTITASPSLEDPELCILRNG
WESVPVVPGDIVHLEGECSSGTWVINAQCGFLVLYPDLLLSGTTISNSIRCMRRAVLSER
FRGSESGSCQMLVGTILHDIFQQSVTNNLTQEKVQELANKIVYGQKYLKEMYHLNLKQAQ
IMQEVEEYLPSFFKWAEDFMHNPANQNKMQLKLSNGGKTEDVSSKIEVVDILDIEENIWS
PRFGLKGKIDVTARVKIHCQSGVQSRIMPLELKSGKESNSIEHRSQVILYTLLNLERRAD
PEAGFLLYLKTGTMYPVSGARMDRRELMKLRNHLAFYLTHSTHKSDVGRQNSQLAALPPV
IDDSQACKYCSQMHNCFLYSRAVEQKMATVAFPPAMVPVIDRETQHLKPSHLEYFNLWYL
MLTLELQSGEHKKGYKNIWMIPSLEREKAGDCVGNMIRVDEVHEISEGQYLHFFQRRNGA
IPGTNLLVGDRVVVSGEEKGLLGLATGYVREVSATKVSCLLGRNLSNLPKNTVFRLDHDE
GDVGTGVPFENLSKLMRDSPVSERLRNLIIDFQKPHFIQHLSSVLPPEAKETVANILKGL
NKPQKQAMKQVLLSKDYTLIVGMPGTGKTTTICALVRILSACGFSVLLTSFTHTAVDNVL
LKLAKFKVGFLRLGRAQKVHPDIQKYTEEEICRSRSIKSVADLEEIYNSQPVVATSCMGV
NHPIFVRKQFDFCIVDEASQISQLICLGPLFCSKRFVLVGDHQQLPPLVLNAEARDLGMS
ESLFKRLEQNQNAVVQLTVQYRMNSKIMSLSNMLVYEGKLECGSEKVSNATVNLPNLKKL
KLDLGDASKTWLKEVLDPDTPVCFLNTEKVPAPEHAEKGGISNVTEAKIVLFLTSLFIKA
GCKPSDIGIISPYRHQLKTITDLMAKWKENRVEVNTVDKYQGRDKSIIIVSFVRNSMDEN
LGTLLKDWRRLNVAITRAKHKLVMVGCVPSLCCYPPLEKLLCHLQAQAMILNLPVGAHES
IHKCSIL
NT seq
3084 nt
NT seq
+upstream
nt +downstream
nt
atggccgagagttttcagaagcaagtggctgatacgatcctcaggaatgggctgaacaac
agataccgcgtgctggaagtcagtgtaatacagagaaatggaagcgaccctgagaaacac
ttgacaattacagcgtctccctcactggaggatccagagctgtgcattctcaggaatggc
tgggagtctgtcccggttgttccaggggacattgttcacttggaaggggagtgcagctct
ggcacgtgggtcatcaatgcccagtgtggattcctggtgctgtacccagacctgctgctc
tcgggcacgaccatctcaaacagtattcgctgtatgaggagggcagtgctgagtgaacgc
ttcaggggctccgagtcgggttcgtgccaaatgctcgtcggtacaattcttcatgacatt
ttccagcaatctgtgaccaataacttgactcaagaaaaggtacaagagctagcaaataaa
attgtgtacggacaaaagtatctcaaagaaatgtaccatttaaatctgaaacaagcacag
ataatgcaagaagtagaagaatatctgccatcattttttaagtgggcagaagacttcatg
cacaatccagcaaaccaaaacaaaatgcaactaaaactgtcaaatggtggaaaaacagaa
gatgtatcttccaagatagaggttgtagacatcttggacattgaagagaatatctggtct
cccaggtttgggttgaagggaaagattgatgtcacagccagggtgaagatccattgccag
tctggagtacagtctcggataatgcctttagagctcaagtctggcaaggaatcaaactcc
atagagcacagaagtcaggttattctgtacacactgttgaatttagagcggagagcagat
cctgaagctggatttcttctgtatctaaaaactggtacaatgtatcctgtttctggagct
cgcatggaccgcagagaattaatgaagttaagaaatcacttggccttctacctaacacac
agtacccataaatctgatgtgggaaggcagaattcacagcttgctgctttgcctcctgtg
attgatgacagccaagcatgtaaatattgctcccaaatgcacaactgctttctatacagc
agagctgtggagcagaagatggccactgtggcctttcctcctgctatggtgcctgtcatt
gacagagagacccagcacctgaaaccctctcacttagagtatttcaacctctggtatctg
atgttaaccttggagctgcaaagtggagagcacaaaaaggggtataaaaatatatggatg
ataccttctttggaaagagagaaggctggagattgtgttggaaacatgatcagagttgat
gaagtccatgaaatttctgagggacagtatctacattttttccagcgtagaaatggtgcc
atacctggaacaaacctgttggttggtgatcgagtggttgtgagtggagaggaaaagggt
ttacttggtttggctactggctatgttagagaagtcagtgcaacaaaggtctcctgtttg
ttgggcaggaatttgtcaaacctccccaagaacactgtatttaggttggatcatgatgaa
ggagatgttggtacaggagtcccttttgaaaatctttctaaattgatgagagactcccca
gtcagtgaaaggctccgcaacttgatcattgacttccagaaaccacattttatccagcac
ttgagctctgtccttcctcctgaagcaaaggaaactgttgcaaatattttaaagggtcta
aataagcctcagaaacaggcaatgaaacaagtgctactttccaaagactacacacttatt
gtgggtatgcctggaacaggaaaaacgactacaatatgtgctctagtgagaattctttct
gcttgtggcttcagtgtcctcctgaccagttttacacacacggctgtagacaatgtcctg
ctgaagttggccaaattcaaagttggtttcttgcgcttgggccgagctcagaaggttcat
ccagatattcagaaatatacagaagaagaaatctgcaggtccagatcaattaagtctgtg
gcagatttggaagagatctataatagtcagccagtggtagcaacgtcttgcatgggagta
aatcaccccatctttgttcggaagcaatttgacttctgtattgttgatgaagcttcccaa
ataagccagctcatctgcctgggtccactgttctgctccaaaaggtttgtgctggtgggg
gatcaccagcagttgcctccacttgtgctgaatgcagaagcaagagatcttggcatgagt
gaaagcttatttaaaaggctggaacaaaaccaaaatgctgttgtccaattaactgtgcaa
tacagaatgaatagtaagattatgtcattgagtaacatgctggtgtatgaaggcaaactg
gaatgtggctcagagaaggtgtcaaatgccactgttaacttgcccaacctaaagaaattg
aaactggaccttggggatgcctcaaagacctggctgaaagaagtccttgatcctgacaca
cctgtgtgttttctgaacacagagaaggtcccagcaccagaacatgcagaaaaaggtggc
ataagcaatgtgacagaagctaaaatagtgcttttcctcacatccttatttattaaggct
ggctgtaagccctcagacattggcattatatcaccctacagacatcagttaaaaacaatc
actgatttgatggcaaaatggaaggagaacagagtggaagtcaacacggtcgacaaatat
caaggaagagacaaaagtatcataattgtgtcttttgttaggaacagcatggatgaaaat
cttggcaccctgctgaaggactggcgccgcctgaacgttgctatcaccagagccaagcac
aagctggtcatggtgggctgtgttccatccctgtgctgctatcctcccttggagaagctc
ctctgccatttgcaggcccaggcaatgatcttgaatcttccagttggggctcacgaaagt
atccacaagtgtagcatcttgtga
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