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Last updated: 2022/11/18

ORF from Assembled RNA_seq Entry

NameO_TrvaMG15481_complete:A_TrvaMG_comp26998_c0_seq5
Scaffold_id
NCBI non-redundant
(nr)
Ontology
GO:0000165 P MAPK cascade
GO:0002046 F opsin binding
GO:0003779 F actin binding
GO:0005088 F guanyl-nucleotide exchange factor activity
GO:0005737 C cytoplasm
GO:0005829 C cytosol
GO:0005856 C cytoskeleton
GO:0005875 C microtubule associated complex
GO:0006888 P endoplasmic reticulum to Golgi vesicle-mediated transport
GO:0007030 P Golgi organization
GO:0007041 P lysosomal transport
GO:0007411 P axon guidance
GO:0008022 F protein C-terminus binding
GO:0008091 C spectrin
GO:0016020 C membrane
GO:0019894 F kinesin binding
GO:0030036 P actin cytoskeleton organization
GO:0030507 F spectrin binding
GO:0030863 C cortical cytoskeleton
GO:0032029 F myosin tail binding
GO:0032391 C photoreceptor connecting cilium
GO:0034452 F dynactin binding
GO:0043547 P positive regulation of GTPase activity
GO:0043621 F protein self-association
GO:0045179 C apical cortex
GO:0045505 F dynein intermediate chain binding
GO:0046982 F protein heterodimerization activity
GO:0051015 F actin filament binding
GO:0051260 P protein homooligomerization
GO:0051693 P actin filament capping
GO:0070062 C extracellular exosome
GO:0097381 C photoreceptor disc membrane
RNA-seq EntryA_TrvaMG_comp26998_c0_seq5
Sequence
(Amino Acid)
MQRQLSNVSFHSYQDYQPSRRYGPQYEPGGYAAVVQQRTNMTQREDALKFEQGRIKALQE
ERLHIQKKTFTKWINSFLQKARMEVDDLFVDLADGRRLLKLLEIISGERLPRPNTGRMRV
HKIENVNKSLSFLHTKVRLESIGAEDIVDGNPRLILGLIWTIILRFQIQEIEIDVDEENE
SSEKKSAKDALLLWCQRKTSGYHGVHIHNFTDSWRSGLGFNALIHAHRPDLFRWNEVPVA
DHVETLNHAFDVAHKHLGIPKLLDAEDVDTTRPDEKSVMTYVASYYHTFARMKNEQKSGR
RIANIIGQMMDCDDRKGEYSKLMTALLEWIRMKIEELNDRELPNSLDGIQRLLLAFKQYR
TVEKPPKYKERSEIEALYFHINTMQKSLVGEPWAPLDGQLPQDLERAWQRLEQAEHAREI
ALRTELLRQQRLEQLNYKFNTKSVLRKGYLKEMIQVLSDPRYGSNIAQVDATVKKHEAIS
ADILARTERFEDLSAMAAELVKERYHGAEAVSRTEQAVLQRWRELLDLLERHRVSLGKLA
RLMALLREADAVHHTLLEMKAQFQSEEVGRHLSDVERLLQAHALQELQLGAADESLKRLV
RLAGGVDGPPQPQAQLDKQLEQLQEGYDSLLAAAKDRKARLEDARNLYQFLEDHDEEEGW
VTEKQRICRADVAAKDLRGVLALKQKHTALMHELRAREHVSQRHRAKGQSLIDAGHPKSA
EIDRRLTSLNKQWETLRELAAAREKQLADAAEAHQFYGDANEAESWMKEKRPLVSTADCG
QDAAGAAALLARHRALHDAIRAHSAELETLATHAGRLQQAGIQSLQLPTEVESTQGMEDE
EWVNESRLVPTEVWEEEPVERLEHRTVTEERQVPQVKALYPFTGQGISMQKGEIMFLINK
TNPDWWSVRKADRTDGFVPANYVREIEPRVVPVQVRRAEKVKTVQRVKKTVLVKQVVPVK
RNKPTARRTSKVQQKVVTVATRMADIQRDYDELVALSSARREQLEDAIKLYSFFAECDDF
DKWMKDKEKLLKSDDGEESVDTAKRKYEKFVTDLSAASKRLEHIDSAAEELVATQHGQAG
KAVARRQQLRQQWDRLLRLKQQKEKSLEGASSVELFSRTCDEALEWMAEKEQQLAAGPGA
ASDLRTVQALQRRHAQLERDLQPLKDKVATVSLLADSVKSQYPSERANVEARQKELQRVW
ERCRQQADERRDRLESAVGHQIFGNSSAQLQGWLQKTREQLAQEATAKDVATAEALHEQH
QELLDDIKTHNDEFKEVIALGKQLLAKNPALTDVADKIKQLEQDQKAVAKEWQEKDAYLK
QLVQLQCFNREADQIDASSGAHEAYLDYTQFGSSVDEAEALVKRHDELEARVAAQDDRLQ
GFVQRAQGLIAIPHYAKDHIVSRRDGVLSRRDAVRVVAADRRRALHASLAYQQFVAAVEE
LQAWIQDKTRTAKDQSYRDLANLERKLQKHEAFERELQANEKQLRNVESIGQSLQKSDPA
RADDVSSRLESLRAAWEALVAASRDKGGKLRQAAQQRQHRRSIEDARARLTDLERALKSE
EIGTDLRSCKRLLNQHQALEQELNQWEQKATVLSAQGADLVSAGHFDGVSIERDSAALLQ
AVKALQPPADERRKALNRSLLHHKFAAEVAGELDWLSERKAAASSEALPSDLHAAQTAQK
KHGKLRAELTGRRPVIERVVEQGRGLVEDGHPQKKKILSLCEELESSYSAVSAAADARAS
RLEAALRAQQFLHEAREVDSWLADKATALSTDDVGSDRHRATQLLTRHKAVELELDTYAA
IISEMGHVATSMSSSGHPEGETLVSRHGALSDTLGRLQRLAAHRQHALVESVCRHEYLAE
SEELELWIQEQYAAASSEDYGQDYEHLLILRSKFDELRHRVESGAERFNQCEELAKKLLA
SESPYIEDIEKRQEALGESWQRLVDQIQSRGSRLHAAGEIHRFHRDVGELISRTNEKRTA
LGGKPAPRDLRAANALLRDHETLRNDLLAVDAQMQVLQEEGSRLQKLYPGGNVVQIGLQQ
KALAEAWEMLKQAADERKHVLLQHLQLHQFLTQVRDLTSWSSSVASTLSGSVRVRDAVTA
QSARAEHHALRAELDARDDTFASVLHLGQSLLADNHPNSAEIEEKCEALIEERARLERAW
AARQVALDQLIDLHCFLRDAKQLHDLCAAQEASLSIEISPTSSVEEVDNQLKKHEAFEKL
IATQDEKLATLNSHGDKLLQQNHVESQRIADELQLINERRKTLYVTAAARRAALIRTRAR
AQFARDAAETTTWVADKLAKLAADQQHGEVTNLEDKIKKLQKHQAFTAELAANKARLQEV
EALAQQLSPDAEVEKQLGDLRKDWERLEQATRETGRGLEEAQDILEFNQHLDKFEAWIRD
KEMMVQAHELGRDYEHCSALLRKLDDVDSDMKVDDKRVKSVCALADKLLKQGPTQQAASV
SSRRAAFLAKWSALSGALQRYRDNLAAALEIHSFNRDVEDTAERISKKAAIFSSTERGRE
LSAAQELKRKHLARAAEATAVLDKIHSLEEEGTTLANKHPEHAKEIEKSLRSLREKWDNL
QQLAEKRTALLDSAINEHKFDENLKELELWVSEAVKQMDEVEDPETTTDAQALLELHDEK
KAEIDNRQKAISGLKKEAEQTPEKLKKVELLSTTLDQAWVKRKDNLSQAHQLQLLKEQTR
QVEDWLATKEAFLNNDDLGENRDAVEALIRKHAEFSKLLESQICRVEELKKSAEGIQGHP
LRARVDDVMRRAGRLKESCKSRGEMLQQSRQLHQFLQDLQHEREWIALKMQIANDQNYRE
LSNLQSKIQRHTAFESELAANKGRIDDVANHGETLIEAKHYASQEIAKHVEELENQWQEL
QSAVKLRHDRLQEAYQARIFFRGLDDFTTWLDEVEAQLLSEDHGKDLASVTVLLKRHTRL
EQQVSSKADTATQLADTARQLADSKHFMAHEILDRAEQAVKRYRQLQEPMQIRRDNLEDA
ELLHRWDRDADEEFVWLQDREPIVRQEKTGDTLPEAQALLKKHLTLEAELIAREPSVSAV
CSRATQLVRRGHFASSELEARSRELTMLMQALVHSASVRSAALQRRCDVLMLVSEVSEAR
AWLSTRRSLVSGGGDARDEGEARALTRRLHTALADLAAFDATLNKLYKSCEALQERGASD
ADEVKQSIDQLKSDYEDMKLLAAKRQQRLEQSMKYFKFVEECEEVSEWIGEQMTSAASEE
YGLDVEHVDTLQQAFASFLTQLNANEGRIESVCEAGNILLEENNPESDRVKQRVDDIKGL
WDDLKELALARQEALAGARQVHEFDRSADETAAWIEEKERALSELTPSLHALHAHTRALH
ALRADLDAVNTQHEKLRGEAARLGEAFPDAREHLSSKLEDVTEALATLQHRADTCAQQLE
LAGHLQAYFGTYQELLAWTNETLARVTAPELSRDVSGAERLVARHNDIKSEIDAKDEDFN
TLYRDGEKLVKEGHFMSTEIEERMSILRSRRALLDSCWSTRQRIYEQHLDAVLFKRDASQ
LETWIQNRVPLVRDGKLGDNVAQVEELITRHRDLEETIEAQRDRFYALKRITLIEQAFKK
QQEAEAVARRKSAEKQEADRLQQYRKREMERITEERRRETIREPEHVSSQVQMSAEETLS
PAPQFDKLPKNDNNVKRAESMNVVKTQKRTPSFTTRRRTQSFRRHRGGELDKLPPVEIEG
YLERKQQAGCGGKRATVRSWRGYHSVLCGQLLCFFRDQGDFASAKAAAPPVAILNAECAA
APDYTKRSHVFRLRCADGAEYLFSCSSRASLEDWVAKISFHANLPPELQLTPYAAAESPT
AEIRRRLQQNASSSSEEELSPEPQRKPRSQAEILQEHRSSQQPRHSTTPERIEKTERNIE
STVLPSLPPRQPPAQDDEMADVVLRNSEQASGSWGRSRFSNGRDINAEFIRSQRDASDLP
PLPPTGPPERPPSILERPPIPERAPALPERAPNDRGEKSVTALVNSYQQRMTSGWQKDGN
RNTLQHEKQNNNYQNVETSHFYASEPAYGGSSSTITRPASVAGSGGSPAMERPASRSSGE
SELSVSGVTKDKKDKKGVFGGLFSRKKRPQSHM
*(1370 a.a.)

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