ApiLoc - A database of published protein sub-cellular localisation in Apicomplexa

version 3 (curated until May 28, 2011)

TGME49_092020 ()

cysteine repeat modular protein, putative, a gene from Toxoplasma gondii

Compiled localisation

Who localised this protein by microscopy?

No manually curated localisations are recorded in ApiLoc, sorry.

Orthology

OrthoMCL

Part of OrthoMCL group OG4_18465

Localised Genes in this Group
    No apicomplexan genes in this OrthoMCL group have been localised.
Other Apicomplexan Genes in this Group
Non-Apicomplexan Genes in this OrthoMCL Group with Gene Ontology 'Inferred from Direct Assay (IDA)' Cellular Component Terms
    There are no non-apicomplexan genes that have manually annotated evidence codes.

Amino Acid Sequence

>TGME49_092020 cysteine repeat modular protein, putative
MSSLASDANNSSSAADIVHDFCTKICDPVSVSSFAEVGGSPRSSDASSRPLGKALRKSRLVGFFLVPVFVVFFVLSSDAT
SSTRGVGVLSARADREEKSSVSSSSRASSSPRASALLVQTTYAENPYRDTKAAGYTGRSSRRSARARRRRAADGGEGKGF
LGDMLNKSMLETRSRSTAADPYQQFTSCGSGMFVSTEVGEDGGVEKTAKVDESMNCWNVCAFVEDLVYDQCSSTPSPTEC
ITRAVKSHSLVPDGYKGNCRYSSPQDVSPTFWDAEPDSEFCLDKGMNAWLKSDSWDDFVSKKPPGCIYPKQDPSIPASTP
TAYVNDATSGLGEALASLVPVEYYVVVRDAEEAMNNPIEYGAYVASSIVPREYWDKVSSDAKDGWHVARAFSVPDKPAEF
AALTTAADGSSTSANICLYAAVETANHSDGTSKTFVNYGMIAQTETCEGKIGVLPVADIRGSGILDSSAQEISRKTGFNL
CVARRWVTRHLSENGIKSTAQVPMFQVALDAPCASFVSAYAYTDEVPSHWGQWEQYFVAKTYPLTRGIYGIPDAARCPWS
YAVQYGLKCYTSIEYDFYMYLGSFAEGQIACRRLVSNIQVPSDFSRLAVMQTDDDEKIMTFLSEPGTFTWVGLFQGSQAL
LPVKTGFMDSGRVSEQTCPAEVLATGQFSHRNSEIEEKCLQAGANISTPGWKTTWGGLDGNSEIAPWDIKWCSGHPQTER
NNRYVDCAGLRVNDNMESCIESAPCDEANPVFCTYPVDYGPYLETTTPQGQSSTGPRLPPYIGCLLRKTCVIQFTLTRPD
TSSDTTLPGAHGTIWGVPSEGGFLAVKANCMAVNGPMIGPYRVTSTVNLASLAAFRSARPGLYELCYCNTNSPAVSVVTT
GATPDTQCMHQSSFNQLIASLGLTKYNENVGFSQAVQLPTASATVSTKSVLALLGRDSWGGVPTVYCGWQSTGRSCPFDV
RVTSNGNWKLRPFTTKLTFYPVDSSVLVTDLCTSEESPAIVVSVTIQSGDTGSAILDAEDATSLFYSVCEGKKFLGYVVL
KEIGNAVEAKISLENVVLSDQTNVNADDVTLILRGEFTDALLLRSKVVAVSVESATDSDCSTLTLASLPESSVTIVPFPT
LSSGTGDLVELHFKAGPSAKKLCWMETIAMGADRDSRTFSTYLVTFPRASTVRELSLEDSRCFGPSDHPCRFRVTPEPVP
SEENPINASPYLPSTFRVYVMKDGCPSSAEDSVLDEIDNSSGADPVAANAKGILLELEWESESAMQAVLQPQYFPWLQAI
GSANLCWVYTRGNAETECPIGSTSCGDTFGKMYAVGPTSDVQANVVVCLPGAPEPCLTTVEGVNLNLYERITDRMAALDT
CGSDTGIGLLTPWGHYAGLIGSSLSALEDGVLRSRSGPSHPSSVSQPSPSFALLGQGLSQTKASFHGSDGRRRGSKSLMW
SFATDSDLTDPSSGNTPSNATSLVFQIPFASEGGSLELCFRTGESDSDDLTRFTEPVGHVVYGWRLHGATLAVEATTNPN
AVFYRVTVVSGIDAAGARSSTVVYLKPVKGYPEGTTVPCDYDLDTSGDVAHQVQGPVVSSDVDDVTWDDDLGGTSSPGSS
ASFKIPLLHYQGMAVCWSQLVEASPAQGSHSQSPFSVRSATLVGYFAGPSLPVLAENSDVAVACALAKTTCEIAVGPGRA
AVDYTGGLAITPAFLDVRVTVVLDAELLAAPCPDPSDPGYENAIRATSQTRLVLPSDVLTPERQTFLVDSNARELLKTNG
KAGICYRVDNCATESDAPTSDCTKFLGLALWVGPTAETPDKVTICKAQQRDCLLRIDGSNMDVVDYSAPRAAYAATCGEP
GQYVTATLVQTSSTPSQETLDSDLVSNEHASWAAFAFAIQPASLWRLCWNPFDAATMQDEPAEDRFVVNRGFLVFPATPE
VESERVELDSSSQTMLRLVISAMVTEAALEKVSRPDTPVTEHYVYVSPLLSHAIGVAEDVVCADADEETKVQWTSVDAKT
PTAFGNEDSNDAATASRIHYSITAISVEQQVCWRSVYRAEDGTVVHEERIYLSKVPAVLTPELDTSVANQVSPLLTFCSL
GTEEMCLVTLKPRASSDSTPATFPPGGELYVVHEGDCPSERADPKLVNAAGDGVPTTDTTVVRLHVVTFDTTRVALGFPE
DDRTWMSARKAAALCFVFGENQCPASGACVERIGMIYWRGPRVFEDTQLRVLCNDPQGCDISVTGLNLNTYDLSYSRVAA
LDSCGEPGGLGRLDIVRYPAGYTQDSPVEPLDDYFTSDDSFGQGSFAINNMGRGVLTCGASEAVSVTTASWGPADLQNSK
VACDPVDVLEHVAAHCEGKAICVVYPHTPRDDETVRSYIGLKQEEFLRLSDPCPGTANEDLRLVGTHTCVAGTRSVTPEV
AMVETTSRVAAGGANYSNPSTDAMDMVVKLPPDIAKVYELCWNPDPVITLQPARYNVKVGVAQIVPVAGLVDLISTVFER
IDDANVEVVLRGILAEEVAVNTSIYLKQIPDEGAISCSNDDQENAIGKATFMSYESGDAGTTVIRYRIAAVDSEKAVCWR
WTSQDFAAGGGGVQSILIGTLPGTVNPVSRAWGEMMCSLPGGTDCSIEFEPDRLLGTYPTEEEPGSGAVTGFTDYAQFAN
LHSHLRKGTKIGLIAGRESCPEDPQDLAYQRFTQTGIAEGDISDSEVQETTIGLPISGGKPSSLVSTMSVGLLHWLAVHK
DAIVCWVNADECKTTKTPRFATCTATVGTLSWKGPIPTEWSVTAVDLVCRTGGRCRLKIPGRNMFKLDLSESPVAIVRTC
GGDEGPGIAKLQQTPVLYPSQQADDGVQSGSLLQTTMSLSSNQRRAVRQLRRSCKMGSEDHADRCDTRLATGNTAMGFAA
GSRRHPSFMEVLLGSRKAPSSSVDDSIEVVTTIKTGGEYAICWNPSALSTNLSDFTVNIGRVFSYGLEQIDALCYSGSYC
ELNFTYIGSSNPTLFVGVKAVDCSDPDLTTELGSGGVFKTTGRNTISLSEPIPRRPQSSRVSYKLCWCDMNEVQECVGTS
YSAPVGTLTVQFIEEKAVACQEAVGACSISFDASDFQGDSSGTIFLTQYSGTNADCMQPKKYVPHVSAIFGNIVVQVDQA
TLAATLGQHAAEQGSFAICRQMTAAIDEYTGSSNAVPEADENQVESAEPEQNAEGETPEQGAEEAGGNAAEPGAESGTQE
GAVTPGVEPDGGEPVAPEVDSGGGESVAPGVDSGGGDSVAPGVDSGSGVAGTASEGVDEQSDLTTSQPEDLEAKSQTALG
MVQLDDTGSDTSLQVTSSPALLGVLQFAGPASTEYQDETQVAVLGMATRIAVVTQGFDRFIDTDITADSSDIPTGVAHVR
LVPAGGCGHDNGSNSVVLSLSQVIQKESDLPEKAIYSQEEILQINTGAIRKLDVCWCDLGTACKKDTDFTIRVLSVGLVA
PEQDLAVKCPCGSKCPFEFQGVSEAPQHGVEPDYFVKNDGCSGAPAELPDQGHLVTVVSSAIAAEHSDDAVADVDRSPAG
ELETLNKQIQAFRAEVDRTSVFASGTTEGSREYAICYCAFRTGGCANDALIRIGTLTVYDVWRDKMSAVVADDVTIRPPS
PPFSGIQGTLYAQAGAVTLPVSTLPDKAYQIDLSTLEGRRTPASVVDVRYCESEVTQSCDDEGAPRIDLTQIELKGPVSL
SFEDECRLGFRCTIVTEVFNPTEEEKLAALASCGSSSEHDYGLSSGVRTAEDNPAKAVEVTFEWEKTLPDVGRSELDFCW
CKKTNQVDCSSVDQYTLKVGTLYITGLAAGQEATCHVGSVCVAHLKGYRLVEEVVNVRVVAGECGTAGSEISGLPNGGIF
VPEQVAESSAEVSLIEPFFGLAVETAAICQCPMPTQACESEADYAWEAGRYIFSGPSERVVINALSGQGVEVEIPWRGEQ
DTASDFFILTRDTMCSGTTSGLIDGVVDNGLGHLEDGEVAWEEFAYHGGIYSVCYCRRSTPLATGSANPFSGGSASASQH
LCGTVAEYRVSVALVLLSGPVTSNAIFSCFGGLACHVDISVAGGDSLESQEFLDSAALQVSTESCGADVIMEAMLSDSEE
SSDTLDDSSSDAQMKTFNQRFGFPNVVTVSAGYYVACWKPATSSPALLLGDFVVKGPVADKTPLESSSGEDIDVAVTYVG
LESSDEAKAMRIQIAPIPEGRENDAFDCASLNLSEAQPYLRYTNLNRAPDTVESVSVQFSRIVWKAVSILIDNQSPNVLP
GSYFAICFCNGNRGDCSVSENYFFQTNKWAVGGLSQRTLDEPLPVGRTITLTLPGKRLPLHNHLMLLPSLDRSTFAERHC
GDAGGAGDGRIISATRLAHVTDWVAFKEVTITSASRTTLMCWCGGDNCQTGDKFRTFVGSLSVEFPKFEATSAVIGGTFT
VTLRGSVLRAQDAITVVDQSKQCGEEGTDEMDASAVEVPVGLEVTDLIQLRQARVVQADSTADSTSLSVADTSTPLVWQS
WPIKTKPSVSGRLRVCYCSSEGGVCTGASRFSVWVGNVQVKGPSTGEVEIVTVDGEAKVETSGVSLALTDKLRIFAKSLA
ASDTVRDRRELCESGITAESTTVVADYVSPDGRTETFPVDLEPGFRYVLCWSGGTGASTQSARAKPAVTRAAPTVNLPSL
YRANSGSNASTVQLAEEATAALNMLQQAASTGSATSALAPHAETETPTETWSYLDAITPTGFSTGLEFRLVQNFESEVLY
IPGSPNVSHSYVAYVGQKDLQADCEEIKQNPLITMETMIHIQDDSVSFSVGRISEAGLYPVCVCDSTANECYDVGTAHVD
KTYWKTVAELVYDNRFFMLPCVTRGIQASAADGQSWSEDRVWLPDGMGAWSFVLTTTDSDSKPAPVLKRTPATGSKAATW
VNFYEKGLRSTVACATGSGQRIFFLGPGVVYMMDPVPGLTPDLSTATGQMFTHSVLKPVDFSVREPYIFFSDYETQVITS
INIENPSLTHAFFPTDPVMLFSAGVKVMDTDENFMALCVADTFNHIVGRLNISFDTMNKPQSQVTGTPWTAYFGTPKTAQ
NGINGFSYPFALTSYSPQSTSEAELMSLLLVTELVSDRLVFLDLSNNGLTFYKQISLSERHLISGLQSVDKTVMLISRAW
PPTSKSGGMDAYVSLLNLEDVGGDLYFTYPDFRSKLQSGLFYSFEPLITGSVIQSFKEVSGSDLAKMGLTLNSATGVISG
TVSHTGPFTIAVAGGDLLETFTWTISGEAGCRSGEYFDSTNNACELCPVGTFRDQEANLQKCHDIKPYSTTLSPGSTHLA
QCRCFPGFEIGNLGDCHPCGAGTYKSSISDTKCTGRCPGNMHSYIQGAENEEDLLCMCDAGYYEDGGGCTPCQQGYYCPG
EHSPPEPCPENHTTKGGASKSISDCVCVAGYTKQGDACVECDRLSYKGTTGNDACTGCPQPAAKGDRDALIASTKLDEAQ
FTTKPGAKKVSDCMLCASGFFYDVSNGGCTPCRKNYYCPGTDQEPRACVENATTLRGGAESTFDCKCPKGYGGSVARNPL
DKAIVCVACPKNTFQHLDGVMTDCLPCPPFTMTKSTKSASFSACVARPGFYLSSRLSDMSRSLAESRSDDGTVGDDVDLD
DNALSGTTNSGWTTSSSNSERVRKAEVQYENMSDEELLDLPRLCQRGTGLIDILLPEVKMQKYTNSFEQCIIACARNVYC
TSLTFTNEGNAVPAMTASVTNHTGTFIIGYWICELHMYGPPVDQETVASITDPITETVVPASWTVSCAMQRPESDTVWRS
VTYEECPVNAYCPGDEEAQIYQCPASSVTLANRASAAEHCKCIPGYHLSGRQCEPCRVGTYKNTTDNTNCAECPTGFTTE
NLASISAYDCACIPGLYMIANADADAEGEADHTPADGSSNSSEDSIVTHPKPDADSSDSQAPAEQTEGHAGNTNQQVDAA
DGETPDTTHEEASETESVSAVELRGGLLVRGDGGVLQRAFKASQNSASKRSSRALGDAIGEEQGLSFYQTTAAPWLQPDI
RQELEKIVTLHPCVSCYKHMYCPGLWMDPPVNQIHMPPQHCPEGSTVPLSTALSDSVEKCLCMAGYAVVEGSTGGTHEDN
AYFGCEKCAAGTYKELQENAPCAGRCMRDAETIEGAVAKIQCFCKIGKYAVVAEDAEGIITCQDCIAGGVCPGGLKTRAR
QAVEQDHSFVKITIDDHQVPFPSSGFYAVYKPLNETVWSPAMVPMVASFTGDTFKEFTDTGPAPDDHTDEGGANLDSTGG
SGEPSSSAPVDPSGENEGQLLTGTTGAVSALQMRSRANDTSVHQYDRIPDIHPCVDDVRCRGGSHNSCVHGSAGYLCSAC
EEDYSEIRYKSGCQACLPLWLDSFIFILMRLVVCGIIWIITALTIIAVQQQACIHPVLIRIVMSHMFFLSVYGLMPATSQ
SQLAGWASIYRLFFFEFYFALHPYFKMPCFFRSLGIVMPEAHVWYWQHFFQIFVPFIDAVLLTIIGAICVATYKVMYSAY
ISRVLVVLEEARQAHGDDMWTEKTIRKIESERCLGMFRYIYGTSTPWENFVRLCTDLIPAYTAIWFWHFPTFVIECTMLM
GCIETRYKSEDPISVLAAFPVQICSFENPYFLSGLILGGVGLLVWGVGSIAGFVAYMSGDHSSDTIEQRFKHGFLVNGYQ
YAYRWWEGVIGLRKTCVALIITMYVHANASGAQEIFRNSANLALTVLSTALQLQLEPFDKRSHDMANRMEFYGLMVNIII
GVIFQGSYYFEVFKYMGAIPLAVAIFYYLYVLWSLFVEWGRMVMMRPHLVSIPSLWRYYNRVTRSLARLYTSRNAKIYYN
YITKDMVLEAATKSRVFHLRRLLLRRKKTSYRKINYENRTYFVAALSDSLSQLVIAWCQFTIPGDWLDFTIRYAFCYCFW
QRYQDNRSLRVPLDLEEFEAVKPTLFSDWYYDSEKNDPQGEGDIDFGTEILEGGEITFNTAEQDFLDLMLDDDVYDDSPI
TLMELYVAVQSMQHVPQRQLRRLHLAYRERMTQAGDSTAPQLRKENHALEGELEELNRALLEMAGADENMPDLTFSPLDF
FFTVEMVNQAQLEVERLRGLIESEIDDIARARAAQAVAVHLELSMNEAADVDRLLEAMETDERTTKEEEMTRIGYVEEST
SRMEKKAGLAGRRARLAFADKRPPVNLDDKRRIKLGLAAGVGGAQRRRIGLVTRGAEGPPGAKRRIGRHEVEFHRTVQGL
AAGAAPAAGLRSHMGTSSSLGDQLGDDRRTVRLGTNLSTPSAVGNKRTLRRDTSGASAELIVDTAPKAPAATRTLSPLLD
REPPVVESEGSVGERRESPTPSRSPSGTTRTVGSVVRSVTPEPSDSVGREESGSEAPLISPSASSLASPRSLSPLTERRG
SQSSDLGGRRRLGPLTGPRPPPPVGEAAPAEAPSPSPRSSSPLAAQPKGQGLPLGKRQLKKPGSPKQE

Gene-Specific Links for TGME49_092020

General Sub-Cellular Localisation Links

  • TargetP, prediction of signal peptides, as well as chloroplast and mitochondrial transit peptides
  • OrthoMCL, automatic clustering of orthologous groups of proteins