Sequence Listing Information: DTD Version: V1_3 File Name: SEQUENCE LISTING 3113.005.xml Software Name: WIPO Sequence Software Version: 2.3.0 Production Date: 2023-05-12 General Information: Current application / IP Office: US Current application / Applicant file reference: 3113.005 Applicant name: Ventanco SA Applicant name / Language: en Inventor name: Sherry Layton Inventor name / Language: en Invention title: COMPOSITIONS AND METHODS OF ENHANCINGIMMUNE RESPONSES TO STREPTOCOCCUS ( en ) Sequence Total Quantity: 3 Sequences: Sequence Number (ID): 1 Length: 49 Molecule Type: AA Features Location/Qualifiers: - source, 1..49 > mol_type, protein > organism, synthetic construct Residues: DPVLVGQEAV AIGELLAESD PKKADYYCQN AATLEGKGPK LADKYSPIF 49 Sequence Number (ID): 2 Length: 878 Molecule Type: AA Features Location/Qualifiers: - source, 1..878 > mol_type, protein > organism, synthetic construct Residues: MLKATSKTFV TQHTAFSYTA QRFGLKQLGI AGVSEEEPSP PLTKVPGLED MEAGQGIDEA 60 SLYDPHTWDP VLVGQEAVAI GELLAESDPK KADYYCQNAA TLEGKGPKLA DKYSPIFSSS 120 SSMSGKGPAI GIDLGTTYSC VGVFQHGKVE IIANDQGNRT TPSYVAFTDT ERLIGDAAKN 180 QVAMNPTNTI FDAKRLIGRK YDDPTVQSDM KHWPFRVVNE GGKPKVQVEY KGEMKTFFPE 240 EISSMVLTKM KEIAEAYLGK KVETAVITVP AYFNDSQRQA TKDAGTITGL NVMRIINEPT 300 AAAIAYGLDK KGTRAGEKNV LIFDLGGGTF DVSILTIEDG IFEVKSTAGD THLGGEDFDN 360 RMVNRFVEEF KGKHKRDNAG NKRAVRRLRT ACERARRTLS SSTQASIEID SLFEGIDFYT 420 SITRARFEEL NADLFRGTLE PVEKALRDAK LDKGQIQEIV LVGGSTRIPK IQKLLQDFFN 480 GKELNKSINP DEAVAYGAAV QAAILMGDKS ENVQDLLLLD VTPLSLGIET AGGVMTALIK 540 RNTTIPTKQT QTFTTYSDNQ SSVLVQVYEG ERAMTKDNNL LGKFDLTGIP PAPRGVPQIE 600 VTFDIDANGI LNVSAVDKST GKENKITITN DKGRLSKDDI DRMVQEAEKY KAEDEANRDR 660 VGAKNSLESY TYNMKQTVED EKLKGKISDQ DKQKVLDKCQ EVISSLDRNQ MAEKEEYEHK 720 QKELEKLCNP IVTKLYQGAG GAGAGGSGGP TIEEVDSSSS SSDPVLVGQE AVAIGELLAE 780 SDPKKADYYC QNAATLEGKG PKLADKYSPI FPLTKVPGLE DMEAGQGIDE ASLYDPHTWL 840 KATSKTFVTQ HTAFSYTAQR FGLKQLGIAG VSEEEPSP 878 Sequence Number (ID): 3 Length: 2643 Molecule Type: AA Features Location/Qualifiers: - source, 1..2643 > mol_type, protein > organism, synthetic construct Residues: ATGTTAAAGG CTACATCCAA GACTTTTGTT ACACAGCACA CGGCTTTCAG TTATACAGCG 60 CAACGGTTTG GCTTGAAGCA GTTAGGGATT GCAGGTGTGA GTGAAGAGGA ACCGTCCCCT 120 CCATTAACAA AAGTCCCTGG GTTGGAAGAC ATGGAGGCCG GGCAAGGGAT TGATGAAGCC 180 TCACTCTATG ATCCTCATAC TTGGTTGGAC CCGGTGCTTG TCGGTCAGGA GGCGGTAGCC 240 ATCGGAGAGC TTTTGGCTGA ATCAGATCCG AAGAAAGCTG ATTATTACTG CCAAAACGCG 300 GCTACTTTAG AGGGTAAAGG GCCAAAGCTC GCTGACAAGT ATTCACCGAT ATTTTCATCG 360 AGTTCATCAA TGAGCGGAAA GGGCCCTGCC ATTGGAATCG ATCTGGGCAC AACATACAGC 420 TGTGTGGGAG TATTTCAGCA CGGCAAGGTT GAAATCATTG CAAATGACCA AGGCAACAGA 480 ACAACGCCGT CATATGTCGC TTTTACAGAT ACTGAACGCC TCATCGGCGA CGCTGCCAAA 540 AACCAAGTGG CGATGAATCC GACAAATACG ATTTTCGACG CGAAACGTCT CATTGGACGG 600 AAATACGATG ATCCAACAGT ACAATCTGAT ATGAAACATT GGCCGTTTCG GGTCGTCAAC 660 GAAGGAGGAA AGCCCAAAGT GCAGGTCGAG TATAAAGGAG AAATGAAAAC TTTCTTTCCC 720 GAAGAGATAA GTTCCATGGT TTTAACAAAA ATGAAGGAAA TTGCCGAGGC TTATTTAGGA 780 AAAAAGGTGG AAACGGCGGT GATCACCGTG CCGGCATATT TTAATGATAG CCAGCGCCAG 840 GCAACCAAGG ATGCGGGAAC CATTACAGGC TTAAATGTTA TGAGAATTAT TAATGAACCT 900 ACTGCCGCAG CAATCGCTTA CGGACTGGAT AAAAAAGGAA CAAGAGCAGG CGAAAAGAAT 960 GTACTGATTT TTGATTTAGG GGGAGGTACC TTCGACGTGT CCATTCTTAC TATAGAAGAC 1020 GGCATCTTTG AAGTGAAATC AACAGCAGGA GATACACACT TGGGCGGTGA GGATTTTGAC 1080 AACCGGATGG TCAATAGATT CGTCGAAGAA TTTAAAGGAA AGCATAAACG CGACAATGCC 1140 GGGAACAAAA GGGCTGTACG ACGGCTGAGG ACTGCCTGTG AAAGAGCGCG GCGTACGCTC 1200 TCCTCCTCCA CACAGGCTTC AATTGAGATA GATTCGCTTT TCGAAGGCAT TGACTTCTAC 1260 ACTAGCATTA CTCGTGCGCG CTTTGAAGAA CTGAATGCGG ATCTGTTTCG AGGCACGCTG 1320 GAGCCGGTTG AAAAAGCGCT CAGAGATGCA AAGTTGGACA AAGGCCAGAT TCAAGAAATC 1380 GTACTGGTTG GAGGCAGCAC ACGCATTCCT AAAATCCAAA AGCTTCTCCA GGATTTTTTT 1440 AACGGCAAAG AGCTGAATAA ATCGATCAAC CCGGATGAAG CGGTTGCATA TGGCGCCGCC 1500 GTTCAAGCGG CGATCCTGAT GGGTGATAAA AGCGAAAACG TCCAGGACCT TCTGCTTTTA 1560 GATGTTACGC CTTTATCACT GGGGATTGAA ACAGCCGGCG GGGTCATGAC GGCTTTGATT 1620 AAACGAAATA CGACCATACC GACGAAGCAG ACACAAACAT TTACGACGTA CAGCGATAAT 1680 CAGTCATCGG TACTCGTCCA GGTTTATGAA GGAGAACGTG CAATGACAAA AGATAACAAC 1740 CTTTTGGGGA AATTTGATCT CACAGGGATT CCGCCTGCAC CAAGGGGTGT GCCTCAAATT 1800 GAAGTAACCT TTGATATCGA CGCCAACGGG ATCTTGAATG TTAGTGCTGT TGATAAGAGT 1860 ACCGGCAAGG AAAATAAAAT TACAATAACA AACGATAAAG GCAGACTATC TAAAGACGAT 1920 ATTGACCGCA TGGTGCAAGA GGCTGAAAAG TACAAAGCAG AGGATGAAGC AAACCGTGAC 1980 CGTGTAGGAG CAAAAAACAG CTTAGAAAGC TATACATATA ATATGAAACA AACAGTGGAA 2040 GATGAGAAAC TGAAGGGGAA AATAAGCGAT CAAGACAAAC AGAAAGTTCT TGATAAATGC 2100 CAGGAAGTCA TCTCATCTTT AGATAGAAAT CAAATGGCGG AGAAAGAAGA ATATGAGCAT 2160 AAGCAAAAAG AGCTGGAAAA ATTATGCAAT CCAATCGTTA CGAAACTTTA TCAAGGAGCC 2220 GGTGGTGCAG GTGCTGGGGG TTCTGGCGGC CCGACCATTG AGGAAGTTGA CAGCTCATCT 2280 TCTTCCTCTG ACCCTGTCCT TGTCGGACAG GAAGCCGTGG CAATTGGTGA ATTGCTGGCA 2340 GAATCTGATC CAAAAAAAGC GGACTATTAT TGTCAAAATG CAGCCACGCT TGAAGGTAAA 2400 GGTCCGAAAC TAGCCGATAA ATACTCTCCT ATCTTCCCAT TAACAAAAGT CCCTGGGTTG 2460 GAAGACATGG AGGCCGGGCA AGGGATTGAT GAAGCCTCAC TCTATGATCC TCATACTTGG 2520 TTGTTAAAGG CTACATCCAA GACTTTTGTT ACACAGCACA CGGCTTTCAG TTATACAGCG 2580 CAACGGTTTG GCTTGAAGCA GTTAGGGATT GCAGGTGTGA GTGAAGAGGA ACCGTCCCCT 2640 TAA 2643 END