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Last updated: 2022/11/18

ORF from Assembled RNA_seq Entry

NameO_SariMSG12975_5prime_partial:A_SariMSG_c25503_g1_i1
Scaffold_id
NCBI non-redundant
(nr)		PREDICTED:_basement_membrane-specific_heparan_sulfate_proteoglycan_core_protein_isoform_X4_[Papilio_machaon]
Ontology
GO:0001523 P retinoid metabolic process
GO:0001525 P angiogenesis
GO:0005509 F calcium ion binding
GO:0005515 F protein binding
GO:0005576 C extracellular region
GO:0005578 C extracellular matrix
GO:0005604 C basement membrane
GO:0005615 C extracellular space
GO:0005796 C Golgi lumen
GO:0005886 C plasma membrane
GO:0005925 C focal adhesion
GO:0006024 P glycosaminoglycan biosynthetic process
GO:0006027 P glycosaminoglycan catabolic process
GO:0008022 F protein C-terminus binding
GO:0022617 P extracellular matrix disassembly
GO:0030198 P extracellular matrix organization
GO:0030203 P glycosaminoglycan metabolic process
GO:0031012 C extracellular matrix
GO:0042157 P lipoprotein metabolic process
GO:0043202 C lysosomal lumen
GO:0044267 P cellular protein metabolic process
GO:0046872 F metal ion binding
GO:0070062 C extracellular exosome
RNA-seq EntryA_SariMSG_c25503_g1_i1
Sequence
(Amino Acid)
QGTDVYIASLGRKIEARVITLSQRRASFAVRQSSSAVNACALFCHRENFLTFVFYNNRIT
MRIGGVPVAALLLLALLALQASKAEDIYWEGEDAFLEVKPEDTGLTGHLQRFKRDLFDTF
SIFGKTPDDKYETATEDDEDTSPDGKDDDLETEGSGLPDNRIETELREKTLRVTFVVMEP
YRDNYSNRDSIEFQNLSQSLADSVNLLFESLPGTQKASLVRIQSRLDGFSCKVTLDIVTT
GYDNTDRIAQILRDHIVNRALLGNATVKDDGFSANVIDPGTTLGTCSAHYLQCEDGSCIP
ESARCNGHKDCNSGSDEAGCVIETYQEQTNIDKPESLPEDENEDEGDNEVNNENFNTVPC
IDPLPCYSSSKTYCNTQKCDGVEQCPFGDDEKDCESFNEGEDTYDINTTSAPQRGDQSID
IDLDTTTTEYDSTTSRTTVPPPESDLGKTLICLADEIRCDFTRCIKMSQRCDSRPDCDDG
TDEADCPESCGSDDFRCDNGRCIEGIKRCDGVSDCDGYEDEKNCACRSDEFRCVSDGSCI
ESRKRCDGVNNCSDNSDEEGCANGYFKCRTGKLISDSLRCNRRYDCPRGDYSDEQNCRES
QCPPEFNFTCGPLSSNPCAKKCDGVVECDGSEDEESCQDTCNHFCDARCLDDDKICDGIQ
HCEDGSDESNCDKCDGPEDFRCDTGECLHIYSKCNDIPECPKGEDELNCNATIIPTTSGC
LSNQFACKDGTCIDIQFYCDKRQDCYDNSDEEDCPTCASNDEFKCRDGSCISSYDFCNGK
LDCPDGSDEENCPCDANSWQCRSGQCVPESARCDGRLDCNDNSDEEECSTESISIGRSST
TARSIYTTTQTSVYDKTPLYPSGPLGSPEEPGFVTGRPSRPGTDSNDSNYNGPYTELPIA
GPVALNIKTYPQGQVIRYGGDVVFQCRDESTQRAPVRWVKEGGRPLKTGSRDVNGRLEMF
AVTPSDSGIYICQAPSFLRYPGSEVRVTLEVETAPVTQRPAFITCQQHEATCGNGQCIPK
SAVCDGKIDCADNSDEDTCHTNGMCEPNQFQCKNGKCVLKTWLCDSDNDCDDNSDEENCA
ASDPGHPCKSVEFTCSSGTQCVPKSYHCDGQSDCMDGSDEIGCAPVHVTRPPKPSNVRLN
PGDTLTLVCEAIGMPVPLISWRLNWGHVPSKCTSVSQNGIGTLTCNNMEPQDSGAYSCEA
MNNKGTTFAAPDSIVHVNKTDPCPPGYFNNEARSQNECIRCFCFGESTQCRSADLFTYNM
PTALGEGGTRLLGVTQTPNGEIRTDSPIGNQYLYQPLRNGATVTKVMTEDAGWQWSSAHP
YLTLPETYNGNQLTSYGGHVKYTLSPHAPVYTPDTSTPTIIIKGKYGNLFHYHRGDTLRN
TNIEARLTPENWEKSSPRGLVPATREDIMMTLDNIEQILLRADLNNAGVNISDFAMESAQ
HINVGLGVANLVEECTCPPGYEGLSCERCAIGYVRESTGRWLGNCVRETCPPGTYGDPAS
GYACKPCPCPLTNRDNQFARTCSIGYDGNVVCDCNPGYEGKRCEVCASGYVGNPIIPGDS
CKPKPSDNCNPTGTRYVRPPDECDCKDNVQGRYCDQCKNDSFYLSEDFRHGCSICFCSGV
SQLCRSSDLRRKTTAVTFNVPDVINQVEVYNSAPAGPVDSVRYTAPLVVEDKPELVRGQI
AIPSLQRSQSSVYYWSLPNSFAGDKVTSYGGYLHYTLQNVPTYDTRLRNNAADVQLISLN
HLTFHYTGNFQHSFDGTLNASIQFLEKGWQRIDGKEVSREHFLLALADVKTILIKATYSE
NAPLATPLMASIETAEPTGDGPRALHVEQCVCPTGYVGTSCEDCAPGFTRSSSGLYLEHC
GPCLCNGHSNMCHPETGICYDCADFTDGPHCEICKPGYERDSYGNCVQSNNKEPSCRCDP
AGTVSPCDESGYCYCKEYVEGENCDKCRSGTFGLESANPLGCQRCYCSGVTSDCHEGAHY
TRIPIAAPILGDTFGGFTIMDLNAELVINDDFVPAPDKSELMYIFSFVPHQELYWSLPVF
PGNRILSYGGFLYLRQEFRSNDYGAVSEPGTDIVLVGDDLSLYWTNPNRMNAGWSLTYQV
PLREHVWHILNTDTPVTRDRFLRVLSNLKRVLVRATVASNILSTSIADVSMDTATISNDP
ELPFAKGIEVCMCPPGYVGTSCESCDSGYFKDQSGRCQKCSCNGHECQLDSYGQVVCNCR
PPYTGSDCSTIAGEPAVVSPTTLSPPFGTTVVVKITSPTIKIQEVGSSVNFTCQAESPLS
NNRLRISWSKVDGYLPQGRTQVDENSGVLLITNLQISDSGQYICQTSDGVNTGQAIATLK
VPGNEMTMPTASIKPTINEYYEGDRIELKCETSGNPAPTIRWQRASNRPLPGSAEHFDER
LIIESALEEDSGEYRCIASNAVGSADRTAIITVRPRPSLPPRDKLTVSPTSPTVDEGQST
RVVCTGTISVPAGSIDWIRQDGAPLSVNIRSENGVLYIDYVRLEDRGVYVCQTSAPNVAP
VPVLLTVVPQGTPSPSEASNITVSVDRLKVPTGETGTVDCNPQGYPLPLIKWSKHQSSFG
PGTSQRGNTLIINRAQEDDQGYYLCEGVVNGSPIAYIYVFVEIEKREQPRVEIWPPGEQT
VSLGSQYELHCRVTGGYPEPDVTWSRSGGKPLATYAHIQPHNVLKFDHIDVNDEGEYTCT
ATNVAGITSASAVLKVRSSPEITITPSNFQQVLRGDPVSVECRANGYPDPIVSIKTSVDL
REVVRPSPRIAVLSIPSASERDSGDYICVATSPAGTVEEQFGIRVDRGDGGDTVFEGGEG
SGDDGYGEPVGPTDQTPSDYDNRPGELIAIEGQPEITINCNGSAGFEPRWSRVDRRPFQS
NAIQRDSRLIIYNVSPSDSSQYVCSLYDINTREIAKAAYTRLLVISVPRITLRPPNQTVR
PGQSPTVECVVEGDDIIDITWKPYNRALSPRVEPRGATLIFHQIEVEDAGKYECFARNRY
ANASAIAEVIVSEDSNRPGSESHDNEQFAHSGAAVHLSCNVTQRDLIIEWIKDGRPVPRS
RQKQDGSLFIKIAQKSDSGRYVCHIRDRYGRHTSNYINLHIEGIECLETEFRCYDHSGCI
DEELLCDDFQDCKDNSDEENCLYRDKRYSDSIWDYVDQLIPVTGPSGGEGQVAELVSIVE
PRSSYRVSENLEVVCKSIARNINVKWERYGTNQYVETKVYGDGAVLVIHGVQESDAGIYR
CTGMDPFGATFYRDFRLVVVPGNDYKYPVTSVPFVLYEARLSDSIDLPCQHSLEEPVNIE
WRKEYSSLPANSASNQPTLHIESVTEADAGTYVCRVSNNRNAIEAKAILRVTGVVPRFDG
ESWLSLPSLKDAYKQFDIEVSFRPTDYNGLILYNSENQGRTGDYVALQLVEGTPQFLLET
GAGIVKVKGDRPLQLNEWHTIRISRTGSRLTMDVDNSGPFIAESPDQWTVLELNQPLYIG
GVPDFDQLPIDLAGASGFVGCISMLILGNEEKNIMALALEKENVQNCFTCAPNLCLNNGV
CQEALTEHGYVCLCAPGFGGNNCDRIGESCRPGLCGPGKCMNTADSYKCACPVTYTGKNC
EVKQLIEYPAFTGSAYLAIKPPTSTRSLKMSMKIKAASPVSDGIIMYCAETPRGYGGFIS
LAVRNGKLEFRYDLGGGNKPVVLTSNKTLPANEWTDVHIARFGHSVSLKINLVHSYEQWL
EGRTELLRLETPMFVGGVDDSIVLNNNTGVTGGFSGCIKDVMIYENAVDIVNSSIQSANV
QECSNNDRGDIPEAEGTCQCRNGGSCAIDSISCICPLGFTGTYCENRVPNPLITSRIGYS
DPCSLRPCRNGGTCRPDLNSRINHTCDCPLGFAGASCQMPLQLLQSVGFSGNGYVELPAE
LLRYDDLQSEPAVIALAIHTTNDGVLLYQREALSPYDRGDFILLRIERGVVVLDWDFGSG
TSTITIENIRVNDGERHQIIAKLHEDNTVSLSVDSVTRTGTTTGLSNLMNADSNIYIGGI
PDRINLRGYPGLIGCIEQVELMGTSRGLNLGQVAVAGRNTQRCREYTRY
*(1355 a.a.)

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