Microcaecilia unicolor: 115473365
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Entry
115473365 CDS
T09142
Symbol
RECQL5
Name
(RefSeq) ATP-dependent DNA helicase Q5 isoform X1
KO
K10902
ATP-dependent DNA helicase Q5 [EC:
5.6.2.4
]
Organism
muo
Microcaecilia unicolor
Brite
KEGG Orthology (KO) [BR:
muo00001
]
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03400 DNA repair and recombination proteins [BR:
muo03400
]
115473365 (RECQL5)
Enzymes [BR:
muo01000
]
5. Isomerases
5.6 Isomerases altering macromolecular conformation
5.6.2 Enzymes altering nucleic acid conformation
5.6.2.4 DNA 3'-5' helicase
115473365 (RECQL5)
DNA repair and recombination proteins [BR:
muo03400
]
Eukaryotic type
DSBR (double strand breaks repair)
HR (homologous recombination)
RecQ family DNA helicases
115473365 (RECQL5)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
DEAD
SRI
RecQ5
Helicase_C
RecQ_Zn_bind
ResIII
TFIIS_M
KIX_2
Motif
Other DBs
NCBI-GeneID:
115473365
NCBI-ProteinID:
XP_030064118
UniProt:
A0A6P7YGG3
LinkDB
All DBs
Position
6:316561095..316664964
Genome browser
AA seq
1024 aa
AA seq
DB search
MNVHYSTASSEHDCKIQKALKKIFGFDSFRTLLQENAVKEVVKGENDVFICMPTGAGKSL
CYQLPAVLAVGITVVISPLIALIQDQVDHLLALKIKVCSLNSKLTTQERKKVLVDLESEK
PQLKLLYITPEMAASVSFQPTLNSLLNRNLLSYLIIDEAHCVSQWGHDFRPDYLRLGSLR
SCIPQTPCIALTATATKQVQDDIIASLKLKQPVAMFKTSCFRSNLFYDVQFKELLTDPYG
NLKDFCLKALGEKNSTGGYSGCGIVYCRTRDACQEVAFQLSRRGIKAKAYHAGLKAADRT
TIQNEWMEEVVPVIVATISFGMGVDKANVRFVAHWNIAKSMAGYYQESGRAGRDGKNSSC
CLYYSRVDRDQVSFLIKKEIAESQAKKGSLKKSDKASMVGFEVMVNFCEQLGCRHAAIAK
YFGDDQPLCNKSCDCCRNPEVVKKQLDLLQCQTNRGKTCIRAAEVSRGPFGHDPELYEGG
KKGFGFSRYEEDSDGGDDETSEENRKKEWNRFYQQQMKMRKGRQLEKEDFIPPDPFCSLK
DASSQKIPKLTVKAREHCLKMLEEALSSNLQKDVSDSSIDIGACAVEMEHEAFRTSKMSN
LYKAAVLKKMAEINKASKDGMVYPVLGSEASKTPTTKEEPPAMNVDKDFISASQLYSFKP
KRIGAGSRGVCGQFQTASELLKKPHAGKKDQPNPDVVQEESSTNKRGKEAQPGDNLSFGK
RNGSTEVAQESVAGARSYQGDKETELEKKTSECDSPNKKTKPTKKQLQLAKAARKNSQNI
SKFLQSQTTALGGPQAEEEENHIVNKVSLTPPFRAQPAKQDFPEREASGRNEEALMKRME
NILPEKSRETVTKPTQSTKAVVESGISNVRDCIQGKREGPDEEMDSSAAKRQRKEEKSST
ESQPEGKDGDNMVKKKVTFDPCLSQEDKVKTTKSIPLLPKVITLKQIADIVVKYLTPFFK
EGKFASKDLFKGFARHLSHFLATEKQSTQKNVKEEARRLIKEFFKTRVKCESEKDWQELL
HCDR
NT seq
3075 nt
NT seq
+upstream
nt +downstream
nt
atgaatgtccactattcaacggcttcctctgagcatgattgcaagatccaaaaagccttg
aagaagatttttggctttgattcctttcggacactcttgcaggagaatgcagttaaagaa
gttgtgaaaggtgagaacgatgtcttcatatgtatgcccacaggggcagggaaatcctta
tgctaccagcttcctgcagttctggctgtgggcatcactgttgttatttcacccctcatc
gccctgatccaggaccaagtggaccatcttctagccctgaagatcaaagtttgctctctg
aactctaagcttaccactcaagagcgcaagaaggtcctggtagacctggagagtgagaag
ccacaactcaagctcctgtacatcacaccagagatggctgcttctgtttccttccagccc
accctcaactctctgttgaaccgaaacctcctttcctacctgatcatagatgaggcacat
tgtgtttcccagtggggtcatgactttcgacccgattacctacgcctagggtctctgcgt
tcttgcattcctcaaaccccatgcatcgcactcactgccacagctaccaagcaggtgcag
gatgacatcattgcatctttgaagctaaagcagcctgttgctatgtttaagacttcatgc
ttcaggtccaaccttttctatgatgttcagtttaaagagctactgactgacccctatgga
aaccttaaggatttttgtctaaaggcattgggcgagaagaattccacagggggttacagt
ggctgtggcatcgtttattgtaggaccagggatgcctgtcaggaggttgcttttcagctg
tcccgtagaggaatcaaagccaaggcttaccatgcagggctaaaggctgcagacagaaca
acaatccagaatgagtggatggaggaggttgtccctgttattgtggccaccatcagtttt
gggatgggagttgataaagccaatgtaaggtttgtagctcattggaatattgccaagtcg
atggctgggtattaccaagagtcgggaagggctggtagagatggaaagaactcctcctgc
tgcctctattactccagggttgaccgtgatcaagtcagcttcttaatcaagaaggagata
gctgagagccaggctaaaaaaggttccctgaagaagtctgataaggcttcaatggttggc
tttgaggtcatggtcaacttttgtgagcagcttgggtgccgccatgctgctatagccaaa
tactttggagatgaccaaccactgtgcaacaaatcctgtgattgctgcaggaacccagaa
gtggtgaaaaaacagctggacctgcttcagtgccagacaaacagaggcaaaacctgtatc
agagctgcagaagtgtcccgggggccctttggccatgacccagaattgtacgaaggaggc
aagaagggttttggcttttccagatatgaggaagattctgatggaggtgatgatgaaact
tctgaggagaatcgtaaaaaggagtggaatcggttttaccagcagcagatgaagatgcgg
aagggcagacaactggaaaaagaagattttatcccaccagacccattctgttctttgaag
gatgcgtccagccagaaaattcccaaactaactgtgaaggcgcgggagcactgcctgaaa
atgctggaggaagcgctgagcagcaatctgcagaaggatgtgtcagacagcagcattgat
attggcgcatgtgccgtggagatggagcatgaggctttcagaaccagtaagatgtccaac
ctgtataaggcagctgtgctgaagaagatggcagagatcaacaaagcctccaaggatggc
atggtgtatccagttctgggatcagaggctagtaagaccccaacgacaaaagaggaacca
cctgccatgaatgtagataaagactttatctctgcatcccaactctattcgtttaaaccc
aagcggataggtgctggatctcgaggggtttgtggacagtttcagactgcttctgaactg
ttgaagaaacctcatgcgggaaagaaagaccagccaaaccctgatgtggttcaagaggag
agcagcacaaataaaaggggaaaagaagctcagccgggtgacaacttgtcctttggaaaa
agaaatgggagcacagaagttgcacaggagagtgttgcaggggcgagatcttaccagggt
gacaaggaaacagagctagagaaaaaaacttcagagtgcgacagccccaacaagaaaacc
aaacccacaaagaagcagctgcagctagccaaagcggctcggaagaactcacagaatatt
tccaaattcttacagtctcagactactgccttaggagggcctcaggctgaggaagaggag
aatcatattgtgaacaaggtatctctgactccccctttcagggcacagcctgcgaaacaa
gactttccagaaagggaggcttcaggacgcaatgaggaggctttaatgaagagaatggag
aacattttacctgagaagtctcgggaaaccgttacaaaacccacacagagcactaaggct
gttgtggaatctggaatcagcaatgtaagggactgcatacaagggaagagagaaggacca
gatgaggagatggatagttcagcggcaaagaggcagcgaaaggaggaaaaatcttccact
gaatcgcagccagagggcaaagatggggacaacatggtcaaaaagaaagtgacttttgac
ccctgcttatcccaggaagataaagtgaaaacgaccaaatcgatcccgctattacccaaa
gtgataactcttaaacagatagcagatattgtagtcaaatatttgactcctttcttcaag
gagggcaagtttgcttcaaaggatctatttaaaggttttgctaggcatctgtctcacttc
ctggctactgagaagcaatccactcaaaagaatgtgaaagaagaagcacggagactgatc
aaagaatttttcaagacacgggtaaaatgtgaaagtgagaaggactggcaggaattgctt
cattgtgacagatga
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