Nothobranchius furzeri (turquoise killifish): 107378983
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Entry
107378983 CDS
T05163
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
nfu
Nothobranchius furzeri (turquoise killifish)
Brite
KEGG Orthology (KO) [BR:
nfu00001
]
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03400 DNA repair and recombination proteins [BR:
nfu03400
]
107378983 (ascc3)
Enzymes [BR:
nfu01000
]
5. Isomerases
5.6 Isomerases altering macromolecular conformation
5.6.2 Enzymes altering nucleic acid conformation
5.6.2.4 DNA 3'-5' helicase
107378983 (ascc3)
DNA repair and recombination proteins [BR:
nfu03400
]
Eukaryotic type
SSBR (single strand breaks repair)
Direct repair
107378983 (ascc3)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Sec63
DEAD
SNRNP200_wHTH
ResIII
Helicase_C
AAA_22
Helicase_PWI
Motif
Other DBs
NCBI-GeneID:
107378983
NCBI-ProteinID:
XP_015804994
UniProt:
A0A1A8AVM7
LinkDB
All DBs
Position
sgr05:43584981..43788891
Genome browser
AA seq
2201 aa
AA seq
DB search
MSPPRLTGALRSFSSVSKTDQPPEELYDLKAKRLKRQELFAKEGLTWQKIVRFCTELQDK
GEQQATNQELKSLLMAAKNIVGSEHGQEAIESAAAFLFEMFHNKDHVGTEESRAIKQMFG
PFPSSAAEASCACVTRLVAPLDDSRVEDFIRTQKSLHNPQQGSVFGRNIAFCYDCYTLDP
LDDLQSSGVFDESEQLMNFLNNQQSGKKVASEEDASSCGRSVNFGDGFILQSEVEKYLDR
GNMISSNPEELCTSLFEMLTSHRSDDELQNELFELLGPEGLEMISTLLQRRANIVDSLLA
TSNDRSSYQPDLGRKLCGEGAKPAYGCQVTIQSEKEKQILKMYRREEKKEKKRVKGTDDG
DMSDVVMTFDPREMRTQREQSLLTARCEPLLSNRKVYEHVRYPHVYDSYAEATKAPAFIG
GARMLLPEGIRRENTKMFEEVEIPPSEPRAAGLEEKPVYISDLDEIGQLVFKGMKRLNRI
QSIVFDTAYSTNENLLICAPTGAGKTNIAMLTILHEIRQHLQPGGIIKKDEFKIVYVAPM
KALAAEMTNYFSKRLEPLGIAVKELTGDMQLSKGEILRTQMLVTTPEKWDVVTRKSVGDV
ALSQIVRLLILDEVHLLHEDRGPVLESLVARTIRQVESTQSMIRILGLSATLPNYLDVAT
FLHVNPYIGLFFFDSRFRPVPLGQTFVGIKTTNKIQQIHDMEEVCYNKVLEQVKAGHQVM
VFVHARNATVRTAMGLIEMAKNHGEVGFFQPDQNSDYGLCEKQIQRSRNKQMKEMFPEGF
GIHHAGMLRSDRSMMESFFSKGHLKVLVCTATLAWGVNLPAHAVIIKGTQIYDAKRGAFV
DLGILDVMQIFGRAGRPQFDRFGEGTIITTHDKLSHYLTLLTQQNPIESQFQNSLCDNLN
AEIALGTVTNVEEAVRWLSYTYLYVRMRANPLVYGINHRALQTDPGLELYRKELVVESAR
KLDKARMIRFEERTGYFASTDLGRTASHFYIRYNTMETFNEHFNSQRTEADILTVVSKAE
EFEQLKVREEELEELEQLLCNYCELPAAGGVENGYGKVNILLQTYISRGEVDSFSLISDL
SYVAQNAARIVRALFEIALRKRWPAMTYRLLTLCKVIDKRLWGYAHPLRQFPNLSHVVLN
RLEEKKLTVDKLKEMRKDEIGHMLHHVNIGLSVKQCVHQIPSITMEASIQPITRTVLRVR
LVVTPDFRWNDQVHGSVGEPWWLWVEDPINDHIYHSEYFLLQKKQVVSGEPQHLVFTIPI
FEPLPSQYYIKAVSDRWLGAEAVCIINFQNLILPERHPPHTELLDLQPLPVTALGNPEYE
SLYKFTHFNPIQTQIFHTLYHTDTNVLLGAPTGSGKTIAAELAMFRVFNKYPSAKVVYIA
PLKALVRERIEDWKVRIEEKLAKRVVELTGDVTPDVRAIAQADLIVTTPEKWDGVSRSWQ
NRSYVQKVAILIIDEIHLLGEDRGPVLEVIVSRTNFISSHTSKKVRVVGLSTALANARDL
ADWLGIGQVGLFNFRPSVRPVPLEVHIHGFPGQHYCPRMASMNKPTFQAIRSHSPAKPVL
IFVSSRRQTRLTALDLIAFLATEDNPKQWLHQDEREIEDIIATVRDSNLKLTLAFGIGMH
HAGLHERDRKTVEELFVNCKIQVLIATSTLAWGVNFPAHLVVVKGTEYYDGKSRRYVDYP
ITDVLQMMGRAGRPQFDDQGKAVILVHDIKKDFYKKFLYEPFPVESSLLAVLSDHLNAEV
AAGTISSKQDAMDYITWTYFFRRLVMNPSYYSLEDISHESVNKYLSGLVERSLRDLECSY
CIEIKEDDRTVEPLTYGRIASYYYLKHQTIRVFKERIKAELPIPELLSILTDAEEYAELP
VRHNEDQLNSQMAQQLPLQVNPHSFDSAHTKAHLLLQAHFSHAQLPCSDYTTDTKTVLDN
AIRICQAMLDVAANEGWLVTAISICNLVQMIVQGRWMHDSSLLTLPHVEQHHLHLFRKWA
NQKTLRDSSSFSGPIEGLPELLAICGGKESVFTAMVRPEFHPSQIVQIWSFLTHLPVLEV
QMSLKGWWEHSQEQTERPLPAAGDHLRGDSSWLDVHADQEYVLHVSLRRLSQHKRKQDSK
AQAPRFPKVKDEGWFLVLGEVDRKELLAVKRVGFVRSHTSVSVAFYTPEKIGRCIYTLYV
MSDSYLGLDQQYDIYLNVTAASIAAQVNTEMVDSVTELSFN
NT seq
6606 nt
NT seq
+upstream
nt +downstream
nt
atgtctcctccgaggctcacgggagctcttcgttccttctccagcgtcagcaagacagac
cagccacctgaggagctctatgatctgaaggccaagcgtctgaagagacaggagctcttt
gctaaagagggcctgacatggcagaagatcgttcgtttctgtactgagctccaggacaag
ggtgaacaacaagctaccaatcaggagctgaagagtcttcttatggcagctaaaaatatt
gttggatctgaacatggtcaggaggccattgaaagtgctgctgcttttctctttgaaatg
ttccacaacaaagaccatgtgggcacagaagagagccgggccatcaagcagatgtttggg
ccttttccatcatctgcagctgaagcttcctgcgcctgtgtgactcgactggtggctcca
ctcgatgactccagagtggaagattttattaggactcagaagtctcttcacaacccacaa
cagggttctgtgtttggacgcaacattgcattctgctatgattgctacacattggaccca
ctggatgacctgcaaagctctggtgtctttgatgagagtgagcaacttatgaactttcta
aacaaccagcagagtggaaagaaggttgccagtgaagaagatgcatccagctgtggaaga
tctgtgaactttggtgatggattcatccttcaaagtgaagtggaaaaatacttagataga
ggcaacatgatttcttctaacccagaggagctgtgcacctccctgttcgagatgctgact
tcacacagaagtgacgatgagctgcaaaatgagttgtttgaactcctgggaccagagggg
ctggagatgatatccacccttcttcaacgaagggcaaacattgtggactcccttcttgct
acctcaaatgacaggtcaagttaccaaccagatttaggcagaaagctttgtggtgaaggg
gccaagccagcttatgggtgtcaggtgaccatccagtcagagaaagagaaacaaatcctg
aagatgtatcgtcgagaagaaaaaaaagaaaagaagagagtcaaaggaactgatgatggc
gacatgtcagacgttgtcatgacttttgacccgagagagatgaggacccagcgggaacaa
tctctcttgacggcacgttgtgaacctcttctaagcaacagaaaggtgtatgaacatgtc
cgatatcctcacgtgtacgacagctatgcagaagctacaaaggcacctgcgtttattgga
ggagctaggatgctgctacctgagggaattcgcagagagaacactaaaatgtttgaagag
gtggagatcccacctagtgaaccaagggccgctggcctggaagagaagcctgtttacatc
tctgacctagatgagattgggcagctggttttcaaaggaatgaagcgtctgaacaggatc
cagtctatagtgtttgacacagcctacagcaccaatgaaaaccttctgatctgtgctcca
actggtgctggcaagaccaacattgccatgctgactatccttcatgagattcgtcagcac
ctgcagcctggtggcatcatcaagaaagatgaattcaagatagtatatgtggctccaatg
aaggccttggctgctgaaatgactaattacttcagtaaacgtctggaacctctgggcatt
gctgttaaagagctaactggagacatgcagctgagcaaaggagagatccttcgaactcag
atgctggtgacgactcctgagaagtgggatgttgtgaccaggaagagtgttggagatgtg
gctctatcacagattgtgcgcctgcttatcctggatgaagttcacctgctacatgaggat
cgaggtccggtgttggagagcctggtggccagaaccatcagacaggtggaatccacccag
agtatgattcgaatcctgggactgtcagccaccttacccaactatctggatgtggccacc
ttcctgcatgtcaacccctatataggcctgttcttctttgacagtcgcttcagaccagtg
ccacttgggcagaccttcgttggcatcaaaaccaccaacaagattcaacagatccatgac
atggaggaggtttgttataacaaggtcctggagcaggttaaagcaggtcatcaggttatg
gtgtttgtgcacgctcgcaatgccacagtaaggacagccatggggttgatagaaatggcc
aagaaccatggagaagttggtttcttccaaccagaccagaattcagattacggcctgtgt
gaaaaacagatccaacgctccagaaacaaacagatgaaggaaatgttcccagaaggcttt
gggattcatcatgctgggatgctgcggtctgatcggagcatgatggagagcttcttctct
aaaggccacctcaaagttctggtctgcactgccaccttggcctggggggtgaatctgccg
gcacacgcagtcatcatcaaggggactcagatctatgacgctaagcgtggtgcctttgtg
gatctgggcatcctggacgtcatgcagatcttcggccgagcaggtcggccccagtttgac
aggtttggagagggaaccatcatcaccacccacgacaagctgagtcattacttgaccctg
ctgactcagcagaatcccatcgagagtcagttccagaacagcctgtgtgacaacctgaat
gcagagattgctctgggtacggtcaccaatgtggaggaggccgtcaggtggctcagttac
acctacctgtacgttcgcatgagggccaacccactggtgtatgggatcaaccacagagct
ctccagacggatccagggttagagctctacaggaaggagctggtggtagagtcagcccgg
aagctggataaagccagaatgatccgcttcgaagagcgcaccggctacttcgcttccact
gacctcggcaggacggccagtcacttctacatcagatataacaccatggagacgttcaat
gaacatttcaactcacagaggacagaagcggacatcctcaccgttgtttccaaggctgag
gagtttgaacagctcaaagttcgtgaggaggagctagaggaactggagcagttgctctgt
aactactgtgagttaccggctgcaggtggtgtggagaacggttatggcaaagttaacatt
ttactacagacatacatcagtcgaggagaggtggacagcttctcactcatctcagacctc
tcatatgttgcacagaatgctgctcggattgtgagggctttgtttgagatcgctctaagg
aagcgttggccggccatgacctacagactgctcaccctctgcaaggtgattgacaagcga
ctgtggggctacgctcatcctctccgccagttccccaacctgagccacgtggtgctgaat
agactggaggagaagaagctgacggtggacaaactgaaggaaatgaggaaggatgagatt
ggtcacatgttgcaccatgtcaacatcgggctgagtgtcaaacagtgtgtccaccagatc
ccctcaatcacaatggaggctagcatccaaccaataacacgcaccgtgctacgtgttcgc
ctcgttgtcacgcctgacttccgctggaatgaccaggttcatgggtcagtgggggagcca
tggtggttgtgggtagaagaccccatcaatgatcacatctaccactctgagtactttctc
ctacagaagaaacaggtggtgagtggagagccgcagcatttggtcttcaccattcccatc
tttgagccattgccctcccagtactacattaaggcggtgtctgaccgctggctcggagct
gaggctgtctgcatcatcaacttccagaacctgattttaccagagagacacccgcctcac
actgaactcctggacctacagcctttgccagtgaccgctctggggaacccagagtatgag
agcctttacaagttcactcacttcaaccccatccagactcagatctttcacaccctgtac
cacacggacaccaacgttctgcttggagcaccaaccggctctgggaaaaccattgcagca
gagctggccatgttccgggtgtttaacaagtacccgtccgctaaggtggtgtacattgcc
ccgctaaaagccctagtgagggagaggatcgaggactggaaggtcaggattgaggagaaa
ctggcaaagagagtggttgagctgacgggcgacgtgactccagacgtgcgagctatagca
caggctgacctcattgtcactacacctgagaagtgggatggagtcagcagaagttggcag
aaccgaagctacgttcagaaggtggccatcctcatcatcgatgagatccacctgctgggt
gaggacagaggtccggtgctggaggtcattgtatccaggactaacttcatctcctctcac
acatcaaagaaggttcgagttgttgggttgtccacggctctggccaacgctcgagatctt
gctgattggttgggtatcggtcaggtgggcttgtttaacttccgcccgtctgttcgcccg
gtcccactggaagttcacatccatggtttcccagggcaacattactgtccccgcatggcc
agcatgaacaagcccaccttccaagcaatacgcagtcactcaccggccaagccagtgctg
atttttgtttcatcgcgaagacagactcgtctaaccgccctggacctcatcgcctttctg
gccacagaggacaaccccaaacagtggctgcaccaggatgaaagagagatagaggacatc
attgctacagtgagggactctaacttgaagctaacgctggcctttgggattggtatgcat
cacgcaggccttcacgagagagacaggaagactgtggaggagctgtttgtgaactgtaag
atccaggttctgattgccacgagcactctggcctggggggtgaactttcctgctcacctg
gtggttgtcaaaggaactgaatactacgatgggaaatccagacgctacgtggactatccc
atcacagacgtcctgcagatgatggggagagctggtcgtccccagttcgatgaccagggc
aaagctgtcattctggtccatgacatcaagaaggacttctacaagaagtttctctatgaa
ccgttccctgttgagtcaagcctcctcgctgtgctgtcagaccatctgaatgctgaggtt
gcagctggaaccatctcatccaaacaggacgccatggactacatcacttggacgtatttc
ttcagacggctggtgatgaaccccagttactacagcctagaagacatcagccatgagtcc
gtgaacaagtatctatctggtttggtggagaggagcttgcgggacctggagtgctcttac
tgcattgagattaaagaggatgatcgaacagttgagccactgacgtatggtcgcattgcc
tcctattactacctgaagcatcagaccatccgcgtgttcaaggaacgaataaaagctgag
cttcccatcccagagctgctctcaatcctaacagatgcagaggaatatgctgagctgcct
gtcagacacaacgaagaccagctcaacagccagatggctcagcagctccctctacaggtc
aaccctcactccttcgacagcgcccataccaaagcccacctgctgctgcaggcccacttc
agccacgcccagctcccctgcagtgactacaccacagacaccaagacggtgctggacaac
gccattcggatctgccaggctatgctggatgtggctgccaatgaggggtggctagttaca
gccatcagtatctgcaacctggttcaaatgatcgtccagggccgctggatgcacgactct
tcactactgacactcccacatgtagaacagcaccacctccacctgttcaggaaatgggca
aatcagaaaactctgagagattccagcagtttcagtgggccaatcgaaggacttcctgag
ctactagcaatctgtggtgggaaagaaagtgtgttcactgctatggtccgccccgagttc
catcccagtcaaattgtccagatctggtctttcctgactcacctgccagtgttggaggtg
cagatgagcctgaagggctggtgggagcatagccaggagcagacggagcgtcctcttcct
gcagcaggagatcacctgagaggggacagcagctggttggatgtccacgctgaccaggag
tatgtgctgcatgtgtctctacgacgcctcagccagcataagaggaaacaggacagtaag
gcccaggctcccaggttccccaaagtaaaggatgagggctggttccttgtcttgggggag
gtggatcggaaggagttgctcgctgtgaagcgtgttggatttgtccgtagtcacacatca
gtgtccgtggccttctacacacctgagaagattggaaggtgcatctacaccttgtacgtg
atgagtgacagctacctgggtctggaccagcagtatgacatctacctgaatgtaacagct
gccagcatcgcagcgcaggtcaacacggagatggtggactccgtgacagagctgtccttc
aactaa
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integrated database retrieval system
