PCDH-CMV-ARNTEF1A-EGFP-T2A-PURO
Product Specifications
Applications
Protein Expression
Storage Temperature
37°C
AA Sequence
MANRRVGRGCWEVSPTERRPPAGLRGPAAEEEASSPPVLSLSHFCRSPFLCFGDVLLGASRTLSLALDNPNEEVAEVKISHFPAADLGFSVSQRCFVLQPKEKIVISVNWTPLKEGRVREIMTFLVNDVLKHQAILLGNAEEQKKKKRSLWDTIKKKKISASTSHNRRVSNIQNVNKTFSVSQKVDRVRSPLQACENLAMNEGGPPTENNSLILEENKIPISPISPAFNECHGATCLPLSVRRSTTYSSLHASENRELLNVHSANVSKVSFNEKAVTETSFNSVNVNGQRGENSKLSLTPNCSSTLNITQSQIHFLSPDSFVNNSHGANNELELVTCLSSDMFMKDNSQPVHLESTIAHEIYQKILSPDSFIKDNYGLNQDLESESVNPILSPNQFLKDNMAYMCTSQQTCKVPLSNENSQVPQSPEDWRKSEVSPRIPECQGSKSPKAIFEELVEMKSNYYSFIKQNNPKFSAVQDISSHSHNKQPKRRPILSATVTKRKATCTRENQTEINKPKAKRCLNSAVGEHEKVINNQKEKEDFHSYLPIIDPILSKSKSYKNEVTPSSTTASVARKRKSDGSMEDANVRVAITEHTEVREIKRIHFSPSEPKTSAVKKTKNVTTPISKRISNREKLNLKKKTDLSIFRTPISKTNKRTKPIIAVAQSSLTFIKPLKTDIPRHPMPFAAKNMFYDERWKEKQEQGFTWWLNFILTPDDFTVKTNISEVNAATLLLGIENQHKISVPRAPTKEEMSLRAYTARCRLNRLRRAACRLFTSEKMVKAIKKLEIEIEARRLIVRKDRHLWKDVGERQKVLNWLLSYNPLWLRIGLETTYGELISLEDNSDVTGLAMFILNRLLWNPDIAAEYRHPTVPHLYRDGHEEALSKFTLKKLLLLVCFLDYAKISRLIDHDPCLFCKDAEFKASKEILLAFSRDFLSGEGDLSRHLGLLGLPVNHVQTPFDEFDFAVTNLAVDLQCGVRLVRTMELLTQNWDLSKKLRIPAISRLQKMHNVDIVLQVLKSRGIELSDEHGNTILSKDIVDRHREKTLRLLWKIAFAFQVDISLNLDQLKEEIAFLKHTKSIKKTISLLSCHSDDLINKKKGKRDSGSFEQYSENIKLLMDWVNAVCAFYNKKVENFTVSFSDGRVLCYLIHHYHPCYVPFDAICQRTTQTVECTQTGSVVLNSSSESDDSSLDMSLKAFDHENTSELYKELLENEKKNFHLVRSAVRDLGGIPAMINHSDMSNTIPDEKVVITYLSFLCARLLDLRKEIRAARLIQTTWRKYKLKTDLKRHQEREKAARIIQLAVINFLAKQRLRKRVNAALVIQKYWRRVLAQRKLLMLKKEKLEKVQNKAASLIQGYWRRYSTRQRFLKLKYYSIILQSRIRMIIAVTSYKRYLWATVTIQRHWRAYLRRKQDQQRYEMLKSSTLIIQSMFRKWKQRKMQSQVKATVILQRAFREWHLRKQAKEENSAIIIQSWYRMHKELRKYIYIRSCVVIIQKRFRCFQAQKLYKRRKESILTIQKYYKAYLKGKIERTNYLQKRAAAIQLQAAFRRLKAHNLCRQIRAACVIQSYWRMRQDRVRFLNLKKTIIKFQAHVRKHQQRQKYKKMKKAAVIIQTHFRAYIFAMKVLASYQKTRSAVIVLQSAYRGMQARKMYIHILTSVIKIQSYYRAYVSKKEFLSLKNATIKLQSTVKMKQTRKQYLHLRAAALFIQQCYRSKKIAAQKREEYMQMRESCIKLQAFVRGYLVRKQMRLQRKAVISLQSYFRMRKARQYYLKMYKAIIVIQNYYHAYKAQVNQRKNFLQVKKAATCLQAAYRGYKVRQLIKQQSIAALKIQSAFRGYNKRVKYQSVLQSIIKIQRWYRAYKTLHDTRTHFLKTKAAVISLQSAYRGWKVRKQIRREHQAALKIQSAFRMAKAQKQFRLFKTAALVIQQNFRAWTAGRKQCMEYIELRHAVLVLQSMWKGKTLRRQLQRQHKCAIIIQSYYRMHVQQKKWKIMKKAALLIQKYYRAYSIGREQNHLYLKTKAAVVTLQSAYRGMKVRKRIKDCNKAAVTIQSKYRAYKTKKKYATYRASAIIIQRWYRGIKITNHQHKEYLNLKKTAIKIQSVYRGIRVRRHIQHMHRAATFIKAMFKMHQSRISYHTMRKAAIVIQVRCRAYYQGKMQREKYLTILKAVKVLQASFRGVRVRRTLRKMQTAATLIQSNYRRYRQQTYFNKLKKITKTVQQRYWAMKERNIQFQRYNKLRHSVIYIQAIFRGKKARRHLKMMHIAATLIQRRFRTLMMRRRFLSLKKTAILIQRKYRAHLCTKHHLQFLQVQNAVIKIQSSYRRWMIRKRMREMHRAATFIQSTFRMHRLHMRYQALKQASVVIQQQYQANRAAKLQRQHYLRQRHSAVILQAAFRGMKTRRHLKSMHSSATLIQSRFRSLLVRRRFISLKKATIFVQRKYRATICAKHKLYQFLHLRKAAITIQSSYRRLMVKKKLQEMQRAAVLIQATFRMYRTYITFQTWKHASILIQQHYRTYRAAKLQRENYIRQWHSAVVIQAAYKGMKARQLLREKHKASIVIQSTYRMYRQYCFYQKLQWATKIIQEKYRANKKKQKVFQHNELKKETCVQAGFQDMNIKKQIQEQHQAAIIIQKHCKAFKIRKHYLHLRATVVSIQRRYRKLTAVRTQAVICIQSYYRGFKVRKDIQNMHRAATLIQSFYRMHRAKVDYETKKTAIVVIQNYYRLYVRVKTERKNFLAVQKSVRTIQAAFRGMKVRQKLKNVSEEKMAAIVNQSALCCYRSKTQYEAVQSEGVMIQEWYKASGLACSQEAEYHSQSRAAVTIQKAFCRMVTRKLETQKCAALRIQFFLQMAVYRRRFVQQKRAAITLQHYFRTWQTRKQFLLYRKAAVVLQNHYRAFLSAKHQRQVYLQIRSSVIIIQARSKGFIQKRKFQEIKNSTIKIQAMWRRYRAKKYLCKVKAACKIQAWYRCWRAHKEYLAILKAVKIIQGCFYTKLERTRFLNVRASAIIIQRKWRAILPAKIAHEHFLMIKRHRAACLIQAHYRGYKGRQVFLRQKSAALIIQKYIRAREAGKHERIKYIEFKKSTVILQALVRGWLVRKRFLEQRAKIRLLHFTAAAYYHLNAVRIQRAYKLYLAVKNANKQVNSVICIQRWFRARLQEKRFIQKYHSIKKIEHEGQECLSQRNRAASVIQKAVRHFLLRKKQEKFTSGIIKIQALWRGYSWRKKNDCTKIKAIRLSLQVVNREIREENKLYKRTALALHYLLTYKHLSAILEALKHLEVVTRLSPLCCENMAQSGAISKIFVLIRSCNRSIPCMEVIRYAVQVLLNVSKYEKTTSAVYDVENCIDILLELLQIYREKPGNKVADKGGSIFTKTCCLLAILLKTTNRASDVRSRSKVVDRIYSLYKLTAHKHKMNTERILYKQKKNSSISIPFIPETPVRTRIVSRLKPDWVLRRDNMEEITNPLQAIQMVMDTLGIPY_
Reference Sequence ID
NM_001668.4
Plasmid Hos
Mammalian cell, Lentivirus
Inserted Fragment Type
ORF
Inserted Fragment Species
Human
Resistance
Puro
Selection antibiotic
G418
Fluorescent labeling
CopGFP
Competent cells
DH5a
Nucleic Acid Sequence
Atggcgaaccggcgagtggggcgaggctgctgggaagtgagcccgaccgagcggaggccgcccgcggggctgcggggccccgcggccgaggaggaggcgtcttccccgccggtcctgtctctcagccacttctgcaggtctcctttcctttgcttcggggacgttctcctgggagcctcacggacgctgtctctggccctagacaaccctaacgaggaggtggcagaagtgaagatctcccacttcccggccgcggacctgggcttcagtgtgtcgcagcgctgtttcgtgttgcagcctaaagagaaaattgttatttctgttaactggacaccactcaaagaaggccgagtaagagagattatgacatttcttgtaaatgatgttctgaaacaccaagctatattactaggaaatgcagaagagcagaaaaagaaaaagaggagtctttgggataccattaaaaagaagaaaatttcagcctctacaagtcacaacagaagggtttcaaatattcagaatgttaataaaacatttagtgtttcccaaaaagttgacagagttaggagcccactacaagcttgtgaaaacttggctatgaatgaaggcggtcccccaacagaaaacaattctttaatacttgaagaaaataaaatacccatatcacctattagccctgctttcaatgaatgccatggtgcaacttgcttgccactctctgtacgtcgatctactacctactcatctcttcatgcatcagaaaatagggaactattaaatgtacacagtgccaacgtttcaaaagtttcttttaatgagaaagctgtaactgaaacttcctttaattccgtaaatgttaatggccaaagaggagagaatagtaaacttagtcttacccccaactgttcttcaactttgaacattacacaaagccaaatacattttctaagtccagattcttttgtaaataatagtcatggagctaataatgaactagaattagtaacatgtctttcatcagatatgtttatgaaagataattcacagcctgtgcatttggaatcaacaattgcacatgaaatttatcagaaaattttaagtccagattctttcataaaagataattatggactaaatcaggatctagaatcagagtcagttaatcctattttatcccctaatcaatttttaaaagataacatggcatatatgtgtacatctcagcaaacatgtaaagtaccattatcaaatgaaaattctcaagtcccacagtctcctgaagattggagaaaaagtgaagtttcgccacgtattcctgaatgtcagggttcaaaatctcccaaagctatttttgaagaactagtagaaatgaagtcaaattactacagttttataaaacaaaataatcctaaattttctgcagttcaggatatttctagtcatagccacaataaacaacctaagagacgtccaatactttctgccactgttactaaaaggaaggccacctgtaccagagaaaaccaaactgagattaataaaccaaaagcaaaaagatgtctcaacagtgcagtgggtgaacatgaaaaagtaataaataatcaaaaggaaaaagaagattttcattcttatcttccaattatagatccaatattaagtaaatctaagagttataaaaacgaggtaacaccctcttcgacaacagcttcagttgctcggaaaagaaagagcgatggaagcatggaagatgcaaatgtgagagttgcaattacagaacatacagaagtgcgagaaatcaaaagaatccatttttctccctcagagcctaaaacatcagctgttaagaaaacaaaaaatgtgacaacacccatctcaaaacgtattagcaacagagagaaattaaacctgaagaagaaaactgatttatcaatattcagaactccaatttctaaaacaaacaaaaggacaaaacccattatcgctgtggcacagtccagtttgaccttcataaaaccattaaaaacagatattcccagacacccgatgccatttgctgcaaaaaacatgttttatgatgaacgctggaaggaaaagcaggaacagggcttcacttggtggttaaattttatattaacccctgatgacttcactgtaaaaacaaatatttctgaagtaaatgctgctactcttcttttgggaatagagaatcaacataaaataagtgttcctagagcacctacaaaagaggaaatgtctctcagagcttatactgctcggtgtaggttaaacagactacgtcgtgcagcatgccgtttgtttacttctgaaaaaatggttaaagctattaaaaagcttgaaattgaaattgaagctaggcggttaattgttcgaaaagatagacacctatggaaagatgtgggagaacgtcagaaagtcctgaattggctgttgtcctacaatcctttgtggcttcgaattggtctagagacaacttatggagaactcatatctttggaagataacagtgatgtcacagggttggctatgtttattctgaatcgcctactttggaatcctgatatagcagctgagtatagacaccccactgttcctcacctgtatagagatggtcatgaagaagctttgtccaagtttacattgaaaaagttattgttgttggtctgttttcttgattatgctaaaatttccagactcattgatcatgatccttgtctcttctgtaaagatgccgaattcaaggctagtaaagaaatccttttggctttttcacgagatttcctaagtggtgaaggtgacctttcccgtcaccttggcttattgggattacctgttaaccatgttcagacaccatttgatgaatttgattttgccgttacaaatcttgccgtagacttgcaatgtggagtgcgccttgtgcgaaccatggaacttctcacacagaactgggacctctcaaagaaactcaggattccggcaataagtcgtcttcaaaagatgcacaatgttgacattgttcttcaagttcttaaatcacgaggaattgaattaagtgatgagcatggaaatacaattctatctaaggatattgtggataggcacagagaaaaaactctcaggttgctttggaaaatagcgtttgcttttcaggtggatatttcccttaacttagatcaattaaaggaagaaattgcctttctaaaacacacaaagagtataaagaaaacaatatctctactatcatgccattctgatgatcttattaataagaaaaaaggcaaaagggatagtggttcctttgaacaatatagtgaaaacataaagttattgatggattgggtaaatgctgtttgtgccttctataataaaaaggtggagaattttacagtgtctttctcagacggccgtgtgttatgttacctgatccaccattaccatccttgctatgtgccatttgacgctatatgtcagcgtactactcaaactgtggaatgtacgcaaactggttcagtggtattaaattcatcatctgaatctgatgacagttctctggatatgtctcttaaagcatttgatcatgaaaatacttcagagctatacaaagagctcctagaaaatgaaaagaaaaattttcacttggttaggtctgcagttagagaccttggtggaatacctgctatgattaatcattcagatatgtcaaatacaattccagatgaaaaggtggttattacctatttgtcatttctttgtgcaaggcttttggatcttcgtaaagaaataagagctgctcgactcatacaaacaacatggagaaaatataaactaaaaacagatctcaaacgccatcaggagagagagaaagctgcaagaattattcaattggctgtaatcaattttctagcaaaacaaagattgagaaaaagagttaatgcagcactcgtcattcagaaatattggcgaagagtcttagcacagagaaaattattaatgttaaaaaaggaaaagctggaaaaagttcaaaataaagcagcatcacttattcagggatattggagaagatattccactagacaaagatttctgaaattgaaatattattcaatcatcctgcaatctaggataagaatgataattgctgttacatcttataaacgatatctttgggctacagttacaattcagaggcattggcgtgcttatttaagaagaaaacaagatcaacaaagatatgaaatgctaaaatcatcaactcttataatccaatctatgttcagaaaatggaagcaacgtaaaatgcaatcacaagtaaaagctacagtaatattgcaaagagcttttagagaatggcatttaagaaaacaagctaaagaagaaaattctgctattatcatacaatcatggtatagaatgcataaagaattacggaaatatatttatattagatcttgtgttgttatcattcagaaaagatttcggtgctttcaagcccaaaagttatataaaagaagaaaagagtccatactaaccatccagaagtactacaaagcatatctgaaaggaaagattgagcgcaccaactatttgcagaaacgagctgcagccattcaattacaagctgcttttaggagactgaaagctcataatttatgtagacaaattagagctgcttgtgttattcagtcatactggagaatgagacaagacagagttcgatttttaaaccttaagaagactattatcaaatttcaggcacatgtaagaaaacatcaacaacgacagaaatataagaagatgaagaaagcagctgttataattcagactcatttccgagcttatatttttgccatgaaagttctagcatcttaccagaaaacacgctctgctgtcattgtgctgcagtctgcatatagagggatgcaagccaggaaaatgtatattcacatcctcacatctgttataaagattcaatcatattatcgtgcttatgtttctaaaaaggaatttttgagcctaaaaaatgctacaataaaattgcagtcaactgttaagatgaaacaaacacgtaaacaatatttgcatttaagagcagctgcactatttatccagcaatgttaccgttccaaaaaaatagctgcacaaaagagagaagagtatatgcagatgcgggaatcttgtatcaaactgcaagcatttgttagaggataccttgtccgaaagcagatgaggttacaaagaaaagctgttatttcactacagtcttatttcagaatgagaaaggctcggcagtattatctgaaaatgtataaagcaattattgtcattcagaattactatcatgcatacaaagcacaggtcaatcagaggaagaacttcttgcaagtcaaaaaagcagctacttgcttgcaagcagcttacagaggttataaagtacgccagctaatcaaacaacaatctatagctgctcttaaaattcagtctgcttttagaggctataataaaagggtaaaatatcaatctgtgcttcaatctataataaagattcagagatggtacagggcgtacaagactcttcatgatacaagaacacattttttgaagacaaaggcagctgtgatttccctccagtctgcttatcgtggctggaaggttcggaaacagattagaagggaacatcaagctgccttgaagattcagtctgcttttagaatggccaaggcccagaaacagtttagattgtttaaaacagcagcattagtcatccagcaaaatttcagagcatggactgcaggaaggaagcaatgtatggagtatattgaactccgtcatgcggtactggtgcttcaatctatgtggaagggaaaaacactgagaagacagcttcaaaggcaacataaatgtgctatcatcatacagtcatactatagaatgcatgtgcaacaaaagaagtggaaaatcatgaaaaaagctgctcttctgattcaaaagtattatagggcttacagtattggaagagaacagaatcatttatatttgaaaacaaaagcagctgtagtaactttacagtcagcttatcgtggtatgaaagtgagaaaaagaataaaggattgcaacaaagcagcagtcactatacagtctaaatacagagcttacaaaaccaaaaagaaatatgcaacctatagagcttcagctattataattcagagatggtatcgaggtattaaaattacaaaccatcagcataaggagtatcttaatttgaagaagacagcaattaaaatccaatctgtttatagaggtattagagttagaagacatattcaacacatgcacagggcagccacttttattaaagccatgtttaaaatgcatcagtcaagaataagttaccatacaatgagaaaagcagctattgttattcaagtaagatgtagagcatattatcaaggtaaaatgcagcgtgaaaagtacctgacaattttgaaagctgttaaagtccttcaggcaagttttagaggagtaagagttagacggactcttagaaagatgcagactgcagcaacactcattcagtcaaactacagaagatacagacagcaaacatactttaataagttaaagaaaataacaaaaacagtacagcaaagatactgggcaatgaaagaaagaaacatacaatttcaaaggtataacaaactgaggcattctgtaatatacattcaggctatttttaggggaaagaaagctagaagacatttaaaaatgatgcatatagccgcaactctcattcagaggagatttagaactctaatgatgagaagaagattcctctctctcaagaaaactgctattttgattcagagaaaatatcgggcacatctttgtacaaagcatcacttacagttccttcaggtacaaaatgcagttattaaaatccagtcatcatacagaagatggatgataaggaaaaggatgcgagagatgcacagggctgctactttcatccagtctactttcagaatgcacagattacatatgagatatcaggctttgaaacaggcctccgttgtgatccaacagcaataccaagcaaatagagctgcaaaactgcagaggcagcattatctcagacaaagacactctgctgtgatccttcaggctgcattcaggggtatgaaaactagaagacatttgaagagtatgcattcctctgcaacccttattcagagtaggtttagatcattactggtgaggagaagattcatttccctcaaaaaagctactatttttgttcagaggaaatatcgagccaccatttgtgccaaacataaattgtaccaattcttgcacttaagaaaggcagccattacaatacagtcatcttacagaagactgatggtaaagaagaagttacaagaaatgcaaagggctgcagttctcattcaggctactttcaggatgtacagaacatatattacatttcagacttggaaacatgcttcaattctaattcagcaacattatcgaacatatagagctgcaaaattacaaagagaaaattatatcagacaatggcattctgctgtggttattcaggctgcatataaaggaatgaaagcaagacaacttttaagggaaaaacacaaagcttctatcgtaatacaaagcacctacagaatgtataggcagtattgtttctaccaaaagcttcagtgggctacaaaaatcatacaagaaaaatatagagcaaataaaaagaaacagaaagtatttcaacacaatgaacttaagaaagagacttgtgttcaggcaggttttcaggacatgaacataaaaaaacagattcaggaacagcaccaggctgccattattattcagaagcattgtaaagcctttaaaataaggaagcattatctccaccttagagcaacagtagtttctattcaaagaagatacagaaaactaactgcagtgcgtacccaagcagttatttgtatacagtcttattacagaggctttaaagtacgaaaggatattcaaaatatgcaccgggctgccacactaattcagtcattctatcgaatgcacagggccaaagttgattatgaaacaaagaaaactgcaattgtggttatacagaattattataggttgtatgttagagtaaaaacagaaagaaaaaactttttagcagttcagaaatctgtacgaactattcaggctgcttttagaggcatgaaagttagacaaaaattgaaaaatgtatcagaggaaaagatggcagccattgttaaccaatctgcactctgctgttacagaagtaaaactcagtatgaagctgttcaaagtgaaggtgttatgattcaagagtggtataaagcttctggccttgcttgttcacaggaagcagagtatcattctcaaagtagggctgcagtaacaattcaaaaagctttttgtagaatggtcacaagaaaactggaaacacagaaatgtgctgccctacggattcagttcttccttcagatggctgtgtatcggagaagatttgttcagcagaaaagagctgctatcactttacagcattattttaggacgtggcaaaccagaaaacagtttttactatatagaaaagcagcagtggttttacaaaatcactacagagcatttctgtctgcaaaacatcaaagacaagtctatttacagatcagaagcagtgttatcattattcaagctagaagtaaaggatttatacagaaacggaagtttcaggaaattaaaaatagcaccataaaaattcaggctatgtggaggagatatagagccaagaaatatttatgtaaagtgaaagctgcctgcaagattcaagcctggtatagatgttggagagcacacaaagaatatctagctatattaaaagctgttaaaattattcaaggttgcttctataccaaactagagagaacacggtttttgaatgtgagagcatcagcaattatcattcagagaaaatggagagctatacttcctgcaaagatagctcatgaacacttcttaatgataaaaagacatcgagctgcttgtttgatccaagcacattatagaggatataaaggaaggcaggtctttcttcggcagaaatctgctgctttgatcatacaaaaatatatacgagccagggaggctggaaagcatgaaaggataaaatatattgaatttaaaaaatctacagttatcctacaagcactggtgcgtggttggctagtacgaaaaagatttttagaacagagagccaaaattcgacttcttcacttcactgcagctgcatattatcacctgaatgctgttagaattcaaagagcctataaactttacctggctgtgaagaatgctaacaagcaggttaattcagtcatctgtattcagagatggtttcgagcaagattacaagaaaagagatttattcagaaatatcatagcatcaaaaagattgagcatgaaggtcaagaatgtctgagccagcgaaatagggctgcatcagtaatacagaaagcagtgcgccattttctcctccgtaaaaagcaggaaaaattcactagtggaatcattaaaattcaggcattatggagaggctattcttggaggaagaaaaatgattgtacaaaaattaaagctatacgactaagtcttcaagttgttaatagggagattcgagaagaaaacaaactctacaaaagaactgcacttgcacttcattaccttttgacatataagcacctttctgccattcttgaggccttaaaacacctagaggtagttactagattgtctccactttgttgtgagaacatggcccagagtggagcaatttctaaaatatttgttttgatccgaagttgtaatcgcagtattccttgtatggaagtcatcagatatgctgtgcaagtcttgcttaatgtatctaagtatgagaaaactacttcagcagtttatgatgtagaaaattgtatagatatactattggagcttttgcagatataccgagaaaagcctggtaataaagttgcagacaaaggcggaagcatttttacaaaaacttgttgtttgttggctattttactgaagacaacaaatagagcctctgatgtacgaagtaggtccaaagttgttgaccgtatttacagtctctacaaacttacagctcataaacataaaatgaatactgaaagaatactttacaagcaaaagaagaattcttctataagcattccttttatcccagaaacacctgtaaggaccagaatagtttcaagacttaagccagattgggttttgagaagagataacatggaagaaatcacaaatcccctgcaagctattcaaatggtgatggatacgcttggcattccttattag
Gene Length
10434
Curated Selection
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170901 50 µg
Leukotriene B4 Receptor (LTB4R, BLT, BLT1, BLTR, Blt-1, Chemokine Receptor-like 1, G-Protein-Coupled Receptor 16, GPR16, Leukotriene B4 Receptor, Leukotriene B4 Receptor 1, G-Protein Coupled Receptor 16, LTBR1, p2Y Purinoceptor 7, p2Y7, LTB4-R 1, p2RY7, CMKRL1, LTB4-R1, LTB4R1)
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