Girardinichthys multiradiatus (darkedged splitfin): 124865528
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Entry
124865528 CDS
T08099
Symbol
ascc3
Name
(RefSeq) activating signal cointegrator 1 complex subunit 3
KO
K18663
activating signal cointegrator complex subunit 3 [EC:
5.6.2.4
]
Organism
gmu
Girardinichthys multiradiatus (darkedged splitfin)
Brite
KEGG Orthology (KO) [BR:
gmu00001
]
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03400 DNA repair and recombination proteins [BR:
gmu03400
]
124865528 (ascc3)
Enzymes [BR:
gmu01000
]
5. Isomerases
5.6 Isomerases altering macromolecular conformation
5.6.2 Enzymes altering nucleic acid conformation
5.6.2.4 DNA 3'-5' helicase
124865528 (ascc3)
DNA repair and recombination proteins [BR:
gmu03400
]
Eukaryotic type
SSBR (single strand breaks repair)
Direct repair
124865528 (ascc3)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Sec63
DEAD
SNRNP200_wHTH
ResIII
Helicase_C
AAA_22
Helicase_PWI
AAA_19
Pua-like
Motif
Other DBs
NCBI-GeneID:
124865528
NCBI-ProteinID:
XP_047216637
LinkDB
All DBs
Position
3:complement(25845026..26146883)
Genome browser
AA seq
2205 aa
AA seq
DB search
MSPPRLTGALRSFSNVSKKEDPTEQLYDLKAKRLKRQELFAREGLTWQKIVHFCSEHQDK
AEQRAASQELKSLLQAAKQIVGTEHGQEAIECAAVFLFETFQNKDHVGTEETRAIKQMFG
PFPLSAAEASCACVARLVASFGDSKVEDFIKTKSSRHNPQRGPSFGCNISFSYDFYTLDP
LDDLQGSGLGDDRVELDFINFLNNQQSGNKFASEDDVPRSGTDLGSGDGSILRREVEKYL
ERGNMISSNPEELCTSVFEMLTSHRSDDELQNELFELLGPEGLEMISTILQRRAAIVDSF
LSFPNERTGYLPDVSRKVSGEMAKPAFGCQVTIQSEKEKQMMKIYRREEKKEKKKAKGTD
DIDSSEVVMTFDPKEMRAQREQALLNARYEPLITRERVYERIRYPNVYDSYAEATKAPAF
VGGARLLLPEGIHRDNNKMREEVEIPPNEPMPIGFEERPVYISELDEIGQLVFKGMKRLN
RIQSIVFETAHKTNENLLICAPTGAGKTNIAMLTVLHEIRQHLQPGGIIKKDEFKIVYVA
PMKALAAEMTNYFSKRLEPLGITVKELTGDMQLTKGEILRTQMLVTTPEKWDVVTRKSVG
DVALSQIVRLLILDEVHLLHEDRGPVLESLVARTIRQVESTQSMIRILGLSATLPNYLDV
AAFLHVNPYIGLFYFDSRFRPVPLGQTFVGIKTTNKIQQIHDMEEVCYDKVLQQIKAGHQ
VMVFVHARNATVRTAFGLIEMAKNHGEIGFFQPEQGPDYGQCEKQIQRSRNKQMKEMFPD
GFGIHHAGMLRSDRSMMESLFSKGHLKVLVCTATLAWGVNLPAHAVLIKGTQIYDAKRGA
FVDLGILDVMQIFGRAGRPQFDKYGEGTIITTHDKLSHYLTLLTQQNPIESQFLGSLADN
LNAEIALGTVTNVEEAVKWLSYTYLYVRMRANPLAYGINYKTVQMDPALELYRKELVVET
GRKLDKAKMIRFEERTGYFASTDLGRTASHFYIRYNTMETFNEHFNCHNTEADILRIVSK
AEEFDQLKVRDEELEELDQLLNNYCQVPASGGVENGYGKVNVLLQTYIGRGEVESFSLIS
DLSYVAQNAARIVRALFEIALRKRWPAMTYRLLKLCKVIDKRLWDFAHPLRQFPNLSHVI
LNRLEEKRLTVDKLKEMKKDEIGHILHHVNIGLTVKQCVHQIPAFTMEASTQPITRSVLR
VRLIITPDFRWNDQVHGSVGEPWWLWVEDPINDHIYHSEYFLLQKKQVVTKEPQHVVFTI
PIFEPLPSQYYIKAVSDRWLGAEALCAINFQNLILPERHPPHTELLDLQPLPVTALGNRE
FESLYKFTHFNPIQTQIFHTLYHTDTNVLLGAPTGSGKTIAAEMAMFRVFNKYPSSKVVY
IAPLKALVRERIEDWKVRIEEKLGKKVVELTGDVTPDMRAIAQADLIVTTPEKWDGVSRS
WQNRSYVQKVAILIIDEIHLLGEDRGPVLEVIVSRTNFISSHTSKSVRVVGLSTALANAR
DLADWLGIRQVGLFNFRPSVRPVPLEVHIHGFPGQHYCPRMASMNKPTFQAIRSHSPAKP
VLIFVSSRRQTRLTALDLIAYLATEDNPKQWLHQDEREIEDIIATVRDSNLKLTLAFGIG
MHHAGLHERDRKTVEELFVNCKIQVLIATSTLAWGVNFPAHLVVVKGTEYYDGKSRRYVD
YPITDVLQMMGRAGRPQFDDQGKAVILVHDIKKDFYKKFLYEPFPVESSLLSVLSDHLNA
EIAAGTISSKQDAMDYITWTYFFRRLVMNPSYYSLEDIGHDSINKFLSNLVERSLRDLEC
SYCIEIKEDDQTVEPLTYGRIASYYYLRHETIRKFKEQLRPELPLHDLLSVLTDAEEYAE
LPVRHNEDQLNSQLAQQLPLQVNPHSFDSAHTKTHLLLQAHFSHAQLPCSDYTTDTKTVL
DNAIRICQAMLDVAANEGWLVTALSICNLVQMIVQGRWLHDSSLLTLPHVEQQHLYLFRK
WASKKGRSGAEGFCGLVEGLPELIAACSGKESVFSAIVCQEFHHSQILQAWSFLSHLPVL
EVQMSVKGWWEQSQEQMERALPAAGANLREESSWLDLHADQEYVLQVSLRRINLGQQRRK
QDSKAQAPRFPKAKDEGWFLIMGEVDRKELLAVKRVGYVRNHTAVSVAFYTPEKTGKCIY
TLYVMSDSYLGLDQQYDIHLNVTPASIAAQVNTEVVDSVTGLSLS
NT seq
6618 nt
NT seq
+upstream
nt +downstream
nt
atgtctcctccacgcctaacaggtgcgctgcgttcattctctaatgtcagcaagaaggag
gatcccacggaacagctgtatgacctgaaggccaagcgcctgaagagacaagagctgttt
gccagggagggcctaacatggcagaagattgtccatttttgttctgagcatcaggataaa
gctgagcagcgagctgccagtcaagaactgaagagcctccttcaggcagccaaacagatt
gttggtactgaacatggtcaagaggccattgaatgtgctgctgtctttctgtttgagacc
ttccaaaacaaagaccatgttggcactgaggagactcgtgcaattaaacagatgtttggg
ccatttccattatctgcagctgaagcgtcctgtgcttgtgtggctcggctggtggcttca
ttcggtgactccaaagttgaagattttatcaaaaccaagagttctcgtcacaacccccag
cgaggcccttcgtttggatgcaacatttccttttcatatgacttctacacacttgaccca
ctggatgacctccaaggctctggtctgggcgatgacagagtggaactagactttattaac
tttctaaataatcagcagagtggaaataagtttgccagtgaagacgatgtaccccgctct
ggaacagatttaggctctggggatggatccatccttcgaagagaagtggagaaatacttg
gaaagagggaacatgatttcgtccaacccagaggagctgtgcacctccgtgtttgagatg
ttgacctcccataggagtgacgatgaactgcagaatgagctgtttgaactgctgggacca
gagggtctggaaatgatatccaccatactacagcgcagggcagctattgtcgactccttc
ctctctttcccaaatgaaaggacaggatacctaccagatgtcagccgaaaggtcagtggt
gaaatggccaagcctgccttcggctgccaggtgaccatccaatctgagaaggagaaacaa
atgatgaaaatttaccggcgtgaagaaaagaaagagaaaaagaaagccaaaggaaccgat
gatattgactcctcagaggttgtcatgacctttgacccaaaagagatgagagctcagcga
gagcaggccctgctgaatgcacgttatgaacctctcataactagggaaagagtttatgaa
cggatccgatatccgaatgtctacgacagctatgcagaggcaacaaaagcacctgcattt
gttggaggagccaggctgctgttgccggagggaatccacagggacaacaataagatgcgt
gaggaggtggagatcccacctaatgaacccatgcctattgggtttgaggagaggccagtc
tacatctctgaactggatgagatcggacagctggtgttcaagggaatgaaacgtctgaac
aggatccagtctatagtgtttgagacggcccacaaaaccaatgaaaaccttttgatctgc
gctccaacgggcgctggcaagaccaacatcgccatgctgacagtcctgcatgagatccgt
cagcacctgcagcctggtggcatcatcaaaaaggatgaattcaagatagtatatgtggct
ccaatgaaggccttggcagctgagatgactaattacttcagtaagcgattggaacccctg
ggcatcactgttaaagaactcacaggagacatgcagttaaccaaaggagagatccttcga
acacagatgttggtgacaactccagagaagtgggatgttgtaaccaggaaaagtgttggg
gatgtggctctttctcaaattgtacgtctcctgatcctggatgaagttcatcttctacat
gaagatcgaggaccagtactagagagcctggtggcaaggactatcagacaggtggagtct
acccagagtatgatcaggatcctgggactgtcagccaccctgccgaactatctggatgtg
gctgccttcctgcacgtcaacccctacatcggtctgttttattttgacagccgcttcaga
cctgtacctctgggacaaacctttgttggcatcaaaaccacgaacaagatccagcagatt
catgacatggaagaggtgtgttatgacaaagttctgcagcagattaaagccggtcatcag
gtcatggtgtttgttcatgcccgcaacgccacagtgaggacagcctttgggttgatagag
atggcaaaaaaccacggcgaaatcggtttctttcagccagaacagggtccagactacggc
cagtgtgagaaacagatccaacgctccagaaacaagcagatgaaggaaatgttcccagac
ggttttgggatccaccacgctggcatgctgcggtctgaccgcagtatgatggagagcttg
ttctctaaaggccatctgaaagtgctggtctgcactgccaccttagcctggggagtgaac
ctgccagcccatgcagttctcattaagggaactcaaatctatgatgcaaagcgtggtgct
tttgtggacctgggaattctggacgttatgcaaatttttggtcgagcgggtcgacctcag
tttgacaagtacggagagggcaccatcatcaccacccatgacaagctgagtcattacctc
accctgctcacccagcaaaatcctattgagagtcagttcctgggcagcctggctgacaac
ctcaatgcagagattgctctgggaactgtgaccaatgtggaggaggctgtgaagtggctc
agttacacttacctgtatgtccgaatgagggccaacccactggcatacggcatcaactac
aaaaccgtccagatggatccagctttggagctgtacaggaaggagctggtggtggagacc
gggcggaagctggacaaggcgaagatgatccgctttgaggagcgcactggctacttcgcc
tccacagacctgggcaggactgccagccacttctacatcagatacaacaccatggagaca
ttcaacgaacattttaactgtcacaataccgaagcagacatcctcagaattgtgtccaaa
gcagaggagtttgatcaattaaaggtccgtgatgaagagttggaggagctggaccagttg
ctgaataactattgtcaggtgcctgcatcgggcggtgtggagaatggttacggcaaagtt
aacgttttgctgcaaacttacatcggacggggagaggttgagagcttctcgctcatctct
gacctctcttatgtggcacagaacgctgctcggattgtcagggctttgtttgagatcgct
ctgaggaagcgctggcctgccatgacctatcgactgctcaaactttgcaaggtgatcgac
aagcgtctgtgggactttgcccatcctctccgccagttccccaacctaagccatgtcatt
ctcaaccgcttggaggagaagaggctcactgtggacaagctgaaggaaatgaagaaggat
gagattggtcacatcctgcaccatgtcaacattggattaactgtcaagcaatgcgtccac
cagattcctgcattcacaatggaggcgagcacccagccaatcacacgcagtgttttacgt
gtgcgtctcatcatcactcctgacttccgctggaatgaccaggtccacgggtctgtgggt
gagccatggtggttgtgggttgaagatcccatcaatgatcatatctaccactctgagtac
ttccttctgcagaagaaacaggtggtgaccaaagagcctcagcacgtagtattcaccatt
cctatctttgagccgttgccctcgcagtactacattaaggcagtgtctgaccgctggctc
ggggcagaggctctgtgtgccatcaacttccagaacctcattctacctgagagacatccc
ccacacactgaactcctggacctgcagccattgcctgtgacagctctggggaaccgagag
tttgagagtctgtacaagtttactcacttcaatcccatccagacgcagatctttcacaca
ctgtaccacactgacaccaacgtcctgctgggggcgccaacaggctctgggaaaaccatt
gcagctgagatggccatgttcagggtcttcaacaagtatccatcctctaaggttgtctac
attgctcctttaaaagccttggtgagagagaggattgaggactggaaggtcagaattgaa
gagaaactaggaaaaaaagtggtagagctgacaggtgacgtgactccagatatgagagct
atagcacaagctgacctcattgtcactacaccagagaaatgggatggagtgagcagaagt
tggcagaaccgaagctacgtacaaaaggtggccattctcatcatagatgaaattcacctg
ctgggtgaggacagaggccctgtgttggaggtcattgtgtccagaactaacttcatctcc
tcccacacttcaaagagtgtgagagtggtgggactgtccacagctctggccaacgctcgg
gacctcgctgactggctgggaatcagacaggtgggattgtttaacttccgtccgtctgtg
cgtcctgtcccactagaagttcacattcatggtttcccaggacaacactactgtccccgc
atggccagcatgaacaagcccaccttccaagcgatacgcagtcactcacccgccaagcca
gtcctgatttttgtgtcatcaagaaggcaaacccgtctaactgccctggacctcatcgcc
tatctggccacagaggataaccccaagcagtggctgcaccaagatgagagagagatagag
gacatcattgccacagtgagggattccaacctgaagctgaccctggcctttgggattggc
atgcaccacgctggccttcatgagagggacagaaagacggtggaggagctgtttgtcaac
tgtaagatccaggttctgattgccaccagtactctggcatggggagtaaactttcctgct
cacctggtggttgtcaaaggaacagaatactatgatgggaaatccaggcgctatgtggac
tatcccattacagatgtcctgcagatgatgggacgagctggtcgcccacagtttgatgac
cagggcaaagcagttattctggttcatgacatcaagaaggatttctacaagaagtttctc
tacgaaccattccctgttgagtccagcctcctcagtgtgctgtcagaccatctgaatgca
gaaattgctgctggaaccatctcatccaagcaggatgccatggattacattacatggacg
tacttcttcagaaggctggtgatgaaccccagttattacagccttgaggacatcggccat
gactccattaacaaatttctgtccaacttggtggaacgaagcctgcgggacctggaatgc
tcttactgcattgagattaaagaggatgatcagacagttgagccactgacatacggtcgc
attgcttcttattactacctgaggcacgagaccatccggaagtttaaggaacaactgagg
cctgagctgccgctgcatgatctgctctctgtcctcacggatgcggaggagtacgctgag
ctaccggtcagacacaacgaggaccagcttaacagccagctagctcagcagctccctctg
caggtcaacccccactcctttgacagtgcgcacaccaagactcatctcttgctgcaggca
cacttcagccacgcccagctcccctgtagtgactacaccaccgatacaaagacagttttg
gacaacgccattcgaatctgtcaggcgatgctggacgtagctgccaatgaaggctggctt
gtcacggccctcagtatctgcaacctggtgcagatgatcgtccagggccgctggctgcac
gactcttcattactaacacttccacacgttgaacaacaacacctctatctgttcaggaaa
tgggcaagtaagaaaggaaggagtggtgctgaaggcttctgtggactagttgaaggactc
ccagagcttattgctgcctgcagtggtaaagaaagtgttttctctgctattgtctgccag
gagtttcaccatagtcaaatactccaggcatggtccttcctgagtcacctcccagtgctg
gaggtccagatgagtgtgaagggctggtgggagcagagccaggagcagatggagcgtgcc
ctccctgcagcgggcgctaacctcagagaggagagcagctggttggacctccatgctgac
caagagtacgttctgcaggtgtcgctgcgtcggattaatctgggtcagcagaggagaaag
caagacagtaaggcccaggctcccaggttccctaaggcaaaggatgagggctggttcctc
atcatgggggaagtggatcgcaaggagctgctggctgtcaaacgggtcggatatgtgcgg
aatcatacagctgtgtctgtggcattctacactccagagaagactggaaagtgcatctac
acgctgtatgtgatgagtgacagctacctgggcttggaccagcagtatgacatccacctg
aatgtaacacctgccagcattgcagcgcaggtcaacacagaagtggtggactcggtgacc
ggactgtccctcagctga
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integrated database retrieval system
