Xiphophorus couchianus (Monterrey platyfish): 114152756
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Entry
114152756 CDS
T05908
Symbol
ascc3
Name
(RefSeq) activating signal cointegrator 1 complex subunit 3 isoform X1
KO
K18663
activating signal cointegrator complex subunit 3 [EC:
5.6.2.4
]
Organism
xco
Xiphophorus couchianus (Monterrey platyfish)
Brite
KEGG Orthology (KO) [BR:
xco00001
]
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03400 DNA repair and recombination proteins [BR:
xco03400
]
114152756 (ascc3)
Enzymes [BR:
xco01000
]
5. Isomerases
5.6 Isomerases altering macromolecular conformation
5.6.2 Enzymes altering nucleic acid conformation
5.6.2.4 DNA 3'-5' helicase
114152756 (ascc3)
DNA repair and recombination proteins [BR:
xco03400
]
Eukaryotic type
SSBR (single strand breaks repair)
Direct repair
114152756 (ascc3)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Sec63
DEAD
WHD_SNRNP200
ASCC3_N
ResIII
Helicase_C
AAA_22
Helicase_PWI
IstB_IS21
TPR_IFT122
Motif
Other DBs
NCBI-GeneID:
114152756
NCBI-ProteinID:
XP_027886544
LinkDB
All DBs
Position
11:7345162..7583498
Genome browser
AA seq
2200 aa
AA seq
DB search
MSPPRLTGALRSFSNVSKREDPTEQLYDLKAKRVKRQELFAREGLTWQKIVHFCSEHQDK
AKRQAASQELKSLIQAAKQIVGTEHGQEAIECAAVFLFETFQNKDHVGTEETCAIKQMFG
PFPSSAVEASCACVARLVAPLDDSKVEDFIKTQRSRYHHQRGSAFGCNVNFSYDFYTLDP
LEDLQGSDLGDERVDVDFVNFLNNQQSGYKSASEDDVPHSLTTLSSGDGSILRREVEKYL
EGGNMISSNPEELCTSLFEMLTSHRSDDELQNELFELLGPEGLEMISTLLQSRTAIVDSF
LSIPNEKTGYLPDVSRKVSGEMTKPAYGCQVIIQSEKEKQMMKIYRREEKKEKKRAKGSD
DGDFSEAVMTFDPKEMRAQREHVLLNARYEPLLTRERVYERIRYPNVYDSYAEATKAPAF
VGGARLLLPEGIHRENNKIYEEVEIPYNEPMPVGFEERPVYISELDEVGQLVFKGMKRLN
RIQSLVFETAYNTNENLLICAPTGAGKTNIAMLTVLHEIRQHIQPGGIIKKDEFKIVYVA
PMKALAAEMTNYFSKRLEPLGIIVKELTGDMQLTKGEILRTQMLVTTPEKWDVVTRKSVG
DVALSQIVRLLILDEVHLLHEDRGPVLESLVARTIRQVESTQSMIRILGLSATLPNYLDV
AAFLHVNPYIGLFFFDSRFRPVPLGQTFVGIKTTNKIQQIHDMEEVCYNKVLQQIKAGHQ
VMVFVHARNATVRTAFGLIEMARNRGEICFFQPDQGPDYGQCEKQIQHSRNKQMKEMFPE
GFGIHHAGMLRSDRSLMENSFSKGHLKVLICTATLAWGVNLPAHAVIIKGTQIYDAKRGA
FVDLGILDVMQIFGRAGRPQFDKYGEGTIITTHDKLSHYLTLLTQQNPIESQFLGSLADN
LNAEIALGTVTNVEEAVKWLSYTYLYVRMRANPLVYGINHKAFQMDPALELHRKELVVES
GRKLDKARMIRFDERTCYFASTDLGRTASHFYIRYNTIETFNELFNSQKTEADILSIVSK
AEEFDQLKVRDEELEELDQLLQNHCILSAAGGVENGYGKVNILLQTYIGRGEVDSFSLIS
DLSYVAQNAARIVRALFEIALRKRWPAMTSRLLNLCKVIDRRLWGFSHPLRQFPNLSHVI
LNRLEEKRLTVDKLKEMKKDEIGHMLHHVNIGLTVKQCVHQIPAFTMEASVQPITRTVLR
VRLIITPDFRWNDQVHGSVGEPWWLWVEDPINDHIYHSEYFLLQKKQVVTKESQHIVFTI
PIFEPLPSQYYIKAVSDRWLGAEAVCIINFQNLILPERHPPHTELLDLQPLPVTALGNQE
FESLYKFTHFNPIQTQIFHTLYHTDTNVLLGAPTGSGKTIAAELAMFRVFSKYPSSKVVY
IAPLKALVRERIEDWKIRIEEKLGKQVVELTGDVTPDMRAIAQADLIVTTPEKWDGVSRS
WQNRSYVQKVAILIIDEIHLLGEDRGPVLEVIVSRTNFISSHTAKGVRVVGLSTALANAR
DLADWLGIQQVGLFNFRPSVRPVPLEVHIHGFPGQHYCPRMASMNKPTFQAIRSHSPAKP
VLIFVSSRRQTRLTALDLIAYLATEDNPKQWLHQDERMIEDVIATVRDSNLKLTLAFGIG
MHHAGLHERDRKTVEELFVNCKIQVLIATSTLAWGVNFPAHLVVVKGTEYYDGKSRRYVD
YPITDVLQMMGRAGRPQFDDQGKAVILVHDIKKDFYKKFLYEPFPVESSLLSVLSDHLNA
EIAAGTISSKQDAMDYITWTYFFRRLVMNPSYYNLEDIGHESINKYLSNLVERSLLDLEC
SYCIDIKEDDQTVEPLTYGRIASYYYLKHPTIRMFKERLRAELPLHDLLSVLTDAEEYAE
LPVRHNEDQLNSQLAQQLPLQVNPRSFDSAHTKTHLLLQAHFSHTQLLCSDYTTDTKTVL
DNAIRICQAMLDVAANEGWLGTVLSICNLIQMIVQGRWLHDSSLLTLPHVQRHHLYLFRK
WAGIKGKSDAEGFCGPVEGLPELIAACGGKESVLSAIVNQEFQPNQILQAWSFLSHLPVL
EVQMSVKGWWEESQEQMECPLPRRGTNLREESRWLDVHADQEYVLQVSLHRLNLGQHRRK
QESKAQAPRFPKAKDEGWFLIMGEVDRKELLAVKRVGYIRNHTAVSVAFYTPEKTGKCIY
TLYVMSDSYLGLDQQYDIHLNVTPTSIAAQVNTEVVDSLS
NT seq
6603 nt
NT seq
+upstream
nt +downstream
nt
atgtctcctccgcgtcttacaggtgctcttcgttctttctctaatgtcagcaagagggag
gatcccacggagcagctttatgacctgaaggccaagcgtgtgaagagacaagagctgttt
gccagagaaggcctgacatggcagaagattgtccatttttgttctgagcatcaggataaa
gctaagcggcaagctgccagtcaggaactgaagagcctgattcaggcagccaaacagatt
gttggaactgaacatggtcaagaggccatagaatgtgctgctgtctttctgtttgagacc
tttcaaaacaaagaccatgttggaacagaggagacctgtgccattaagcaaatgtttgga
ccatttccatcgtctgcagttgaagcttcctgtgcttgtgtggctcggctggtggcccca
cttgatgactccaaagtcgaagatttcatcaaaacccagcgttcccgttaccaccaccag
cgaggctctgcctttggatgcaacgttaatttctcttatgacttctacacacttgaccca
ctggaagacctccaagggtctgatcttggtgatgagagagtggatgtagactttgtcaac
tttctcaataatcagcaaagtggatataagtctgccagtgaagatgatgtgccccatagt
ttaacaactttaagctctggggatggatccatccttagaagagaagtggaaaaatacctg
gaaggtggaaatatgatttcatctaatccagaggagctgtgcacctccttgtttgagatg
ctaacctcccacaggagtgatgatgagctgcagaatgagctgtttgaactgctgggacca
gagggcctagagatgatatccaccctcctgcagagcagaacagctattgttgactccttt
ctctccatcccaaatgaaaagacaggatacctaccagatgtcagccgaaaggtcagtggt
gaaatgaccaagcctgcctatggttgccaggtgatcattcagtcagagaaggagaaacaa
atgatgaaaatctaccggcgagaagaaaagaaagagaaaaagagagccaaaggaagtgat
gatggtgacttctcagaggctgtcatgacctttgaccccaaagagatgagagctcagcga
gagcatgtcctgctgaacgcacgttatgaacctcttctaaccagggaaagagtttatgaa
agaatccgttatccaaatgtatatgacagctatgctgaagcgacaaaagcacctgcattt
gttggaggagccaggctgctgttgcccgagggtatccacagagaaaacaacaagatatat
gaagaggtggaaatcccatacaatgaacccatgcctgttggttttgaggagagaccagtc
tacatatctgaactggatgaggtcggacagttggtgttcaagggaatgaagcgtctgaac
aggatccagtctctagtgtttgagactgcctacaacaccaatgaaaaccttctgatctgc
gctccgactggcgctggcaagaccaacatcgccatgctgacagtcctgcatgagatccgt
cagcacatacagcctggtggcattatcaaaaaggatgaatttaagatagtatatgtggct
ccaatgaaggccttggcagctgagatgaccaattacttcagcaagcgattggaacctctg
ggcatcattgttaaagaactcactggagacatgcagttaaccaaaggagagatccttcga
acacagatgttggtgacaactccagagaagtgggatgttgtgacaaggaaaagtgttgga
gacgtggctctctctcaaattgtgcgtctcctgatcctcgatgaagttcatcttctacat
gaagatcgtggaccagtactagagagcctggtggcaagaactatcagacaggtggagtct
acccagagtatgatcaggatcctgggactgtctgccaccctgccaaactacctggatgtg
gcagccttcctgcacgtcaacccctatatcggcttgttcttctttgacagccgcttcaga
cctgtgcctcttggacaaacctttgttggcatcaaaaccaccaacaagatccaacagatt
catgacatggaagaagtgtgctacaacaaggttctgcagcagattaaagctggacatcag
gtcatggttttcgttcatgctcgaaatgccacagtgaggacagcttttgggttgatagag
atggcaagaaaccgaggagaaatctgtttctttcagccagaccagggccctgactatggc
cagtgtgagaaacagatccaacactccagaaacaagcagatgaaggaaatgttcccagaa
ggctttgggatccaccatgctggcatgctgcggtctgaccgtagcctcatggagaactcg
ttctctaaaggccacctgaaagttttgatctgcactgccactttagcctggggagtgaac
ctgccagcccatgcagttatcattaagggaactcaaatctacgatgcaaagcgtggtgcc
tttgtggacctgggaattttggatgtcatgcagatttttggccgagcgggtcgacctcag
tttgacaagtacggagagggcaccatcatcaccacccatgacaagctgagtcattacctc
accctgctcacccagcaaaatcccatcgagagtcagttcctgggcagcctagctgacaac
ctgaatgcagagattgctctgggaactgtgaccaatgtggaggaggctgtgaagtggctc
agttacacatatctgtatgtccgaatgagggccaacccactggtgtacggcatcaaccac
aaagcctttcagatggatccagctttggagctgcacaggaaggagcttgtggtggagtct
ggccggaagctggacaaggccaggatgatccgctttgatgaacgcacctgctactttgcc
tctacagacctgggcaggacagccagccacttctatatcagatataataccattgagaca
ttcaacgaactttttaactcacagaagactgaagcagacatcctcagtattgtgtccaag
gcagaagagtttgatcagttgaaggtccgtgatgaggagctggaggagctggatcagttg
ctgcaaaaccattgcatcctctctgcagcgggcggcgtggagaacggttatggcaaagtt
aacattttgctgcagacttacatcggacggggagaagttgatagcttctcactcatctca
gacctgtcatatgtggcacagaacgctgctcggattgtcagagctttgtttgagattgct
ctgaggaagcgctggcctgccatgacctcccgactgctcaacctctgcaaggtgatcgac
aggcggctgtggggcttttcccaccctcttcgccagttccctaacctgagccatgtcata
ctcaaccgcttagaggagaagaggcttacagtggacaaacttaaggaaatgaagaaggat
gaaattggtcacatgctgcaccatgtcaacattggattaactgtcaagcagtgcgtccac
cagattcctgccttcacaatggaggcgagcgtccagccaataacacgcacagttttacgt
gtgcgactcatcatcactcctgacttccgctggaatgaccaggtccacgggtctgtgggt
gagccatggtggttgtgggtggaagaccccatcaatgatcacatctaccactctgagtac
ttcctcttgcagaagaaacaggtggtaaccaaagagtctcagcacatagtattcaccatt
cccatctttgagccgttaccctcccagtactacattaaggcggtgtctgaccgctggctt
ggagccgaggctgtgtgcatcatcaacttccagaacctcattctacctgagcgacatccc
ccacacactgaacttctggacctgcagccattgcctgtgacagctctggggaaccaagag
tttgagagcttgtacaagttcactcactttaatcccatccagacacagatcttccacaca
ctgtaccacactgacaccaacgtcctgctgggggcgccaacaggctctgggaaaaccatt
gcagccgagcttgccatgttccgggtcttcagcaagtatccctcctctaaggtcgtctat
attgcccctttgaaagctttggtgagagagaggattgaggactggaagatcaggattgaa
gaaaaactggggaaacaagtggtagagctaactggtgacgttactccagatatgagagct
atcgcacaagctgacctcattgtcaccacaccagagaagtgggatggagtgagcagaagt
tggcagaaccggagctatgttcagaaagtggccattctcatcatagatgagatccacctg
ctgggggaggacagaggccctgtgttggaggtaattgtgtccaggactaacttcatctcc
tctcacactgcaaaaggagtgagagtggttggtctgtccacggctctggccaatgctcgg
gaccttgctgactggctgggaattcaacaggtggggttgtttaacttccgtccatctgtg
cgtcctgtcccactggaagttcacattcatggtttcccaggacaacactactgtccccga
atggccagcatgaacaaacccactttccaagcgatacgcagtcattcacctgccaagcca
gtgctgatttttgtgtcgtcaagaagacaaacccgcctgactgccctggacctgatcgcc
tatctggccacagaggacaaccccaagcagtggctgcaccaagatgagagaatgatagag
gacgtcattgccacagtgagagattccaacttgaagctgaccttagcctttgggattggc
atgcaccatgcaggtcttcatgaacgggacagaaagactgtggaggagctgtttgtcaac
tgcaagatccaggttctgatcgccaccagtactttggcatggggagtaaactttcctgct
cacctggtggttgtcaagggaacagaatactacgatggaaaatccaggcgctatgtggac
tatcccattacagatgtcctgcagatgatgggacgagctggtcgtccacagtttgatgac
cagggcaaagcagttattctggtccatgacatcaagaaggatttctacaagaagtttctc
tatgaaccgttccctgttgagtccagcctcctcagtgtgctgtcggaccatctgaatgct
gaaattgcagccggaaccatctcgtccaagcaggatgcaatggattacatcacatggaca
tacttcttcagacggctggtgatgaatcccagctactacaacctagaagacatcggccat
gagtccatcaacaaatacctgtccaacttggtggaaagaagcttgctggacctggaatgc
tcttactgcatagacattaaagaggatgatcagacagttgagccactgacatatggtcgc
attgcctcttattactacctgaagcatccaaccatccggatgtttaaggaacgactgaga
gccgagctgcctctgcatgacctactctctgtcctcacagacgcagaggaatacgctgag
ctaccggtgagacacaacgaggaccagctcaacagccagctagctcagcagctccctctg
caggtcaacccccgctcctttgacagtgcacacaccaagactcatcttttgctgcaagca
cacttcagccacactcaactcctatgtagtgactacacaactgatacaaaaacagttttg
gacaacgccattcgaatctgtcaggcaatgctagatgtagctgccaatgaaggctggctt
ggtacagtgctcagtatctgcaacctgatccagatgatcgtccagggccgctggctgcac
gactcttcattactgactcttccacatgtccaacgacaccacctctacctgttcaggaaa
tgggcaggtataaaaggaaagagtgatgctgaaggcttctgtgggcctgttgagggactc
ccagaacttattgctgcctgcggtggaaaagaaagtgttttatctgctattgttaaccag
gagtttcagccaaatcaaatactgcaggcatggtccttcctgagccacctcccagtgctg
gaggtccagatgagtgtgaagggatggtgggaggagagccaggagcagatggagtgccct
ctccctagaaggggcactaacctgagagaggagagcagatggctggatgtccatgctgac
caggagtacgttctacaggtgtcattgcatcggctcaatctgggtcagcacaggaggaag
caggaaagtaaggcccaggctcccaggttcccaaaagcaaaggacgaaggatggttcctg
atcatgggggaagtagatcgcaaagagctgctggctgtcaaacgggtcggatacatccgg
aaccataccgctgtgtctgtggccttctacaccccagagaagactgggaagtgcatctac
acgctgtatgtgatgagtgacagctacctgggcctggaccagcagtatgacatccacctg
aatgtaacccccaccagcatcgcagcgcaggtcaacacagaagtagtggattccctcagc
taa
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integrated database retrieval system
