Late regulation of immune genes and micrornas in circulating leukocytes in a pig model of
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1 1 Supplementary material for: Late regulation of immune genes and micrornas in circulating leukocytes in a pig model of influenza A (H1N2) infection Louise Brogaard, Peter M. H. Heegaard, Lars E. Larsen, Shila Mortensen, Michael Schlegel, Ralf Dürrwald, Kerstin Skovgaard 7
2 8 9 Supplementary Table S1. qpcr primer sequences and experimentally determined PCR efficiencies for all reported genes and mirnas in the present study. Gene/miRNA Forward primer Reverse primer PCR eff. CASP1 GAAGGACAAACCCAAGGTGA TGGGCTTTCTTAATGGCATC 101 % CASP3 AGCAGTTTTATTTGCGTGCTT CAACAGGTCCATTTGTTCCA 99 % CASP9 CTGTGAGGACCTGCTGACC CGGAGGAAATTAAAACAGCCAGG 104 % CCL2 CTTCTGCACCCAGGTCCTT CGCTGCATCGAGATCTTCTT 90 % CCL3 CCAGGTCTTCTCTGCACCAC GCTACGAATTTGCGAGGAAG 104 % CD163 CACATGTGCCAACAAAATAAGAC CACCACCTGAGCATCTTCAA 117 % CXCL2 GAAGATGCTAAACAAGAGCAGTG AGCCAAATGCATGAAACACA 112 % CXCL10 CCCACATGTTGAGATCATTGC GCTTCTCTCTGTGTTCGAGGA 97 % DDX58 ACGAAAGGGGAAGGTTGTCT ATGCCTGCAACTTTGTACCC 96 % FAS CACTGTAACCCTTGCACCAC TGGAACACTTCTCTGCATTTGG 109 % FASLG TTCTGGTGGCCCTGGTTG CTTTGGCTGGCAGACTCTCT 106 % IDO1 GGGCCCATGACTTACAAGAA TTTCCACCAATAGCGAAACC 97 % IFITM1 GCTTTCGCCTACTCCGTGA CCAGGATCAGAGCCCAGATG 106 % IFITM3 TGAACTGCGCTTCCCAGC CACCTCGTGCTCCTCCTTG 104 % IFNA1 TTCCAGCTCTTCAGCACAGA AGCTGCTGATCCAGTCCAGT 101 % IFNG CCATTCAAAGGAGCATGGAT TTCAGTTTCCCAGAGCTACCA 94 % IL8 TTGCCAGAGAAATCACAGGA TGCATGGGACACTGGAAATA 89 % IL10 TACAACAGGGGCTTGCTCTT GCCAGGAAGATCAGGCAATA 108 % IL18 CAATTGCATCAGCTTTGTGG TCCAGGTCCTCATCGTTTTC 100 % IL1RAP TGCATCTTTGACCGAGACAG GGGCTCAGGACAACAATCAT 93 % IL1RN TGCCTGTCCTGTGTCAAGTC GTCCTGCTCGCTGTTCTTTC 103 % IRF1 TGAAGCTGCAACAGATGAGG CTTCCCATCCACGTTTGTCT 102 % IRF2 GATGCTGCCCTTATCTGAGC TGTGCTTCACTCTGTCTTCCTT 91 % IRF3 GCTACACCCTCTGGTTCTGC GAGACACATGGGGACAACCT 96 % IRF9 CATTCAGACTTGGGGAGCAG AAAGGGGCCTCAGTGGTAAC 101 % IFIH1 CAGTGTGCTAGCCTGCTCTG GCAGTGCCTTGTTTCCTCTC 97 % JAK2 CTCAGATATGCAAGGGTATGGAGT CCACCAATATATTCCTTGTTGCCA 104 % MCL1 GAGGCTGGGATGGGTTTGTG TGCCAAACCAGCTCCTACTC 103 % MX1 CCTCCACAGAACTGCCAAG GCAGTACACGATCTGCTCCA 98 % MYD88 AGCTGTAGGGGGAATGTGTG TCAGCTGGTCTGTGGATGTG 98 % NOD1 CTCGACCTGGACAACAACAA TGAGTCTGATGACCGTGAGG 105 % OASL TGGTACCTGAAGTACGTGAAAGC TACCCACTTCCCAGGCATAG 90 % PTGS2 AGGCTGATACTGATAGGAGAAACG GCAGCTCTGGGTCAAACTTC 96 % STAT1 CCTTGCAGAATAGAGAACATGATAC CCTTTCTCTTGTTGTCAAGCATT 98 % TICAM1 CTGCCTTCCCACAGCCTC AGCCCCAGTTGTACCATTTGA 90 % TICAM2 TCTGCTGCAAAATGACTTCGG AGCCATTGACAGCATCGTCT 90 % TLR2 GTTTTACGGAAATTGTGAAACTG TCCACATTACCGAGGGATTT 92 % TLR3 ATTGTGCAAAAGATTCAAGGTG TCTTCGCAAACAGAGTGCAT 104 % TLR4 TTTCCACAAAAGTCGGAAGG CAACTTCTGCAGGACGATGA 95 % TLR7 GGAAATAGCATCAGCCAAGCTC TTCCAGGTTGCGTAGCTCTT 87 % TLR8 GCAAAGACCACCACCAAC ATCCGTCAGTCTGGGAAT 95 % TNF CCCCCAGAAGGAAGAGTTTC CGGGCTTATCTGAGGTTTGA 94 % Genes identified as targeted in MTI network analysis AKT2 CTGCTTAAGAAGGACCCAAAGC CTTCTGTACCACGTCCTGCC 95 % BCL2 GACTCCCTTCACCGCGAG CTCTCCACACACATGACCCC 90 % CDK2 TTGCTGAGATGGTGACCCG GGGTCCCAAGAGTCCGAAAG 106 % CDK4 GGCCAGAATCTACAGCTACCAG TCCACAGGTGTTGCATACGT 90 %
3 10 CCNE2 ATGGTGCTTGCAGTGAAGAGG TGGAGGAAGAGATTTAGCCAGG 107 % CXCR4 CTGCTGGCTGCCATACTACA TCAAACTCACACCCTTGCTG 97 % FOS GGAACAGTTGTCCCCAGAAG TGTCAGTCAGCTCCCTCCTC 100 % FOXO3A CCAGTCTATGCAAACCCTCTCG CAAGTCGCTGGGGAACTTCT 90 % PTEN AGCAAATAAAGACAAGGCCAACC GTTGAACTGCTAGCCTCTGGA 103 % SP1 AAGATAGTGAAGGAAGGGGCTC TACTTTGCCACAACCTTGCATG 106 % TP53 TAAGCGAGCACTGCCCAC TCTCGGAACATCTCGAAGCG 101 % VEGFA CGAAGGTCTGGAGTGTGTGC TCTCTCCTATGTGCTGGCCT 90 % hsa-mir-223- GCGTGTATTTGACAAGCTG GTCCAGTTTTTTTTTTTTTTTAACTCAG 97 % ssc-mir-182 AGTTTGGCAATGGTAGAACTC GTCCAGTTTTTTTTTTTTTTTAGTGTG 96 % ssc-mir-29a GCTAGCACCATCTGAAATCG TCCAGTTTTTTTTTTTTTTTAACCGA 100 % ssc-mir-31 GGCAAGATGCTGGCA CCAGTTTTTTTTTTTTTTTCAGCTATG 92 % ssc-mir-29b CAGTAGCACCATTTGAAATCAG GGTCCAGTTTTTTTTTTTTTTTAACACT 96 % hsa-mir- AGGTGAAATGTTTAGGACCAC GTCCAGTTTTTTTTTTTTTTTCTAGTG 99 % 203a-3p hsa-mir-449a AGTGGCAGTGTATTGTTAGC GTCCAGTTTTTTTTTTTTTTTACCAG 90 % ssc-mir-21 TCAGTAGCTTATCAGACTGATG CGTCCAGTTTTTTTTTTTTTTTCAAC 101 % hsa-mir-23a- CATCACATTGCCAGGGAT CGTCCAGTTTTTTTTTTTTTTTGGAA 109 % 3p ssc-mir-23b AGATCACATTGCCAGGGA CCAGTTTTTTTTTTTTTTTGGTAATCC 104 % ssc-mir-30c- CAGTGTAAACATCCTACACTCTC CCAGTTTTTTTTTTTTTTTGCTGAG 109 % ssc-mir-423- GGGCAGAGAGCGAGAC GGTCCAGTTTTTTTTTTTTTTTAAAGTC 90 % hsa-mir-150- GTCTCCCAACCCTTGTAC GTCCAGTTTTTTTTTTTTTTTCACTG 115 % ssc-mir-15a CAGTAGCAGCACATAATGGT TCCAGTTTTTTTTTTTTTTTACAAACC 97 % ssc-mir-186 CGCAGCAAAGAATTCTCCT GGTCCAGTTTTTTTTTTTTTTTAAGC 102 % ssc-mir-22- CAGAGTTCTTCAGTGGCAAG GGTCCAGTTTTTTTTTTTTTTTAAAGC 90 % ssc-mir-28- CAGAAGGAGCTCACAGTCT GGTCCAGTTTTTTTTTTTTTTTCTCA 97 % ssc-mir- GCAGTGAGAACTGAATTCCA GGTCCAGTTTTTTTTTTTTTTTAACC 92 % 146a- hsa-mir-223- CGCAGTGTCAGTTTGTCA CCAGTTTTTTTTTTTTTTTGGGGTA 101 % 3p hsa-mir-16- GCAGTAGCAGCACGTA CAGTTTTTTTTTTTTTTTCGCCAA 96 % 11
4 Supplementary Table S2. Sequence comparison of human and porcine homologs of the mirnas reported regulated in the present study. Underlined nucleotides: nucleotides 2-7, i.e. the seed sequence. mirbase accession number mirna mirna sequence MIMAT hsa-mir-29a-3p uagcaccaucugaaaucgguua MIMAT ssc-mir-29a cuagcaccaucugaaaucgguua MIMAT hsa-mir-31- aggcaagaugcuggcauagcu MIMAT ssc-mir-31 aggcaagaugcuggcauagcug MIMAT hsa-mir-29b-3p uagcaccauuugaaaucaguguu MIMAT ssc-mir-29b uagcaccauuugaaaucaguguu MIMAT hsa-mir-21- uagcuuaucagacugauguuga MIMAT ssc-mir-21 uagcuuaucagacugauguuga MIMAT hsa-mir-23a-3p aucacauugccagggauuucc MIMAT ssc-mir-23a aucacauugccagggauuucc MIMAT hsa-mir-30c- uguaaacauccuacacucucagc MIMAT ssc-mir-30c- uguaaacauccuacacucucagc MIMAT hsa-mir-423- ugaggggcagagagcgagacuuu MIMAT ssc-mir-423- ugaggggcagagagcgagacuuu MIMAT hsa-mir-150- ucucccaacccuuguaccagug MIMAT ssc-mir-150 ucucccaacccuuguaccagug MIMAT hsa-mir-186- caaagaauucuccuuuugggcu MIMAT ssc-mir-186 caaagaauucuccuuuugggcuu MIMAT hsa-mir-22- aguucuucaguggcaagcuuua MIMAT ssc-mir-22- aguucuucaguggcaagcuuua MIMAT hsa-mir-28- aaggagcucacagucuauugag MIMAT ssc-mir-28- aaggagcucacagucuauugag MIMAT hsa-mir-146a- ugagaacugaauuccauggguu MIMAT ssc-mir-146a- ugagaacugaauuccauggguu MIMAT hsa-mir-16- uagcagcacguaaauauuggcg MIMAT ssc-mir-16 uagcagcacguaaauauuggcg MIMAT hsa-mir-182- uuuggcaaugguagaacucacacu MIMAT ssc-mir-182 uuuggcaaugguagaacucacacu MIMAT hsa-mir-23b-3p aucacauugccagggauuacc MIMAT ssc-mir-23b aucacauugccagggauuacca MIMAT hsa-mir-15a- uagcagcacauaaugguuugug MIMAT ssc-mir-15a uagcagcacauaaugguuugu
5 Supplementary Table S3. Expression levels of mirna in porcine leukocytes after IAV challenge. Expression is shown as relative levels compared to before challenge. mirna Rel. expression level ±95 % CI p-value 24h pi (n = 12) hsa-mir ssc-mir ssc-mir-29a ssc-mir h pi (n = 9) ssc-mir-29b hsa-mir-203a-3p hsa-mir-449a ssc-mir ssc-mir-29a hsa-mir-23a-3p ssc-mir-23b ssc-mir-30c ssc-mir hsa-mir d pi (n = 6) ssc-mir-15a ssc-mir-29b ssc-mir-29a hsa-mir-449a ssc-mir ssc-mir ssc-mir hsa-mir-203a-3p ssc-mir-146a hsa-mir ssc-mir-23b hsa-mir-223-3p hsa-mir-23a-3p hsa-mir
6 Supplementary Table S4. KEGG Pathway enrichment analysis of experimentally validated targets of the mirnas found to be differentially expressed in the present study. Pathways highlighted in bold text are enriched in at least three of the four gene subsets. Many pathways related to specific cancer types were also enriched in all four gene subsets; these have not been included in the table. KEGG pathway Number of genes involved 1) Enriched in target genes for up-regulated mirnas at 24h and 72h pi Percentage of investigated genes involved P-Value Benjamini- Hochberg adjusted P- Value Pathways in cancer 55 19,3 1,60E-27 1,80E-25 Focal adhesion 36 12,6 2,30E-18 8,50E-17 Cell cycle ,20E-09 3,50E-08 p53 signaling pathway 15 5,3 7,70E-09 7,70E-08 MAPK signaling pathway 26 9,1 2,30E-07 1,80E-06 Apoptosis 13 4,6 8,40E-06 5,50E-05 Neurotrophin signaling pathway 15 5,3 1,60E-05 9,70E-05 Cytokine-cytokine receptor interaction 22 7,7 2,70E-05 1,60E-04 ErbB signaling pathway 12 4,2 4,70E-05 2,60E-04 TGF-beta signaling pathway 12 4,2 4,70E-05 2,60E-04 T cell receptor signaling pathway 13 4,6 7,70E-05 4,00E-04 Adherens junction 11 3,9 8,30E-05 4,20E-04 ECM-receptor interaction 11 3,9 1,70E-04 8,40E-04 Toll-like receptor signaling pathway 12 4,2 1,90E-04 8,50E-04 Regulation of actin cytoskeleton ,10E-04 2,70E-03 Progesterone-mediated oocyte maturation 10 3,5 9,70E-04 4,10E-03 Gap junction 10 3,5 1,20E-03 5,00E-03 Dilated cardiomyopathy 10 3,5 1,60E-03 5,90E-03 Jak-STAT signaling pathway 13 4,6 2,10E-03 7,80E-03 GnRH signaling pathway 10 3,5 2,40E-03 8,60E-03 Hypertrophic cardiomyopathy (HCM) 9 3,2 3,60E-03 1,20E-02 B cell receptor signaling pathway 8 2,8 6,70E-03 2,20E-02 VEGF signaling pathway 8 2,8 6,70E-03 2,20E-02 Fc gamma R-mediated phagocytosis 9 3,2 7,10E-03 2,30E-02 2) Enriched in target genes for down-regulated mirnas at 24h and 72h pi Pathways in cancer 37 19,1 8,60E-16 9,70E-14 p53 signaling pathway 14 7,2 3,80E-09 1,40E-07 Focal adhesion 22 11,3 5,50E-09 1,50E-07 Tight junction 12 6,2 2,80E-04 2,20E-03 Adherens junction 9 4,6 4,10E-04 2,80E-03 Cell cycle 11 5,7 6,60E-04 4,20E-03 ECM-receptor interaction 9 4,6 7,40E-04 4,50E-03
7 Notch signaling pathway 7 3,6 7,40E-04 4,20E-03 Apoptosis 9 4,6 9,40E-04 5,10E-03 Jak-STAT signaling pathway 11 5,7 3,40E-03 1,70E-02 Chemokine signaling pathway 12 6,2 4,40E-03 2,10E-02 Epithelial cell signaling in Helicobacter pylori infection 7 3,6 5,10E-03 2,40E-02 Viral myocarditis 7 3,6 6,30E-03 2,80E-02 Cysteine and methionine metabolism 5 2,6 7,90E-03 3,40E-02 Neurotrophin signaling pathway 9 4,6 8,60E-03 3,50E-02 Wnt signaling pathway 10 5,2 8,90E-03 3,60E-02 3) Enriched in target genes for up-regulated mirnas at 14d pi Pathways in cancer 63 24,8 8,80E-37 9,50E-35 Focal adhesion 39 15,4 8,10E-22 2,90E-20 Cell cycle 25 9,8 4,90E-14 5,30E-13 Toll-like receptor signaling pathway 22 8,7 4,20E-13 4,10E-12 Neurotrophin signaling pathway 21 8,3 2,10E-10 1,60E-09 MAPK signaling pathway ,30E-09 4,00E-08 Apoptosis 16 6,3 1,80E-08 1,10E-07 p53 signaling pathway 14 5,5 4,60E-08 2,60E-07 T cell receptor signaling pathway 17 6,7 5,50E-08 3,00E-07 ErbB signaling pathway 15 5,9 1,30E-07 6,90E-07 Chemokine signaling pathway 21 8,3 3,00E-07 1,50E-06 B cell receptor signaling pathway 13 5,1 1,20E-06 5,60E-06 Adherens junction 13 5,1 1,60E-06 7,10E-06 Fc gamma R-mediated phagocytosis 14 5,5 2,60E-06 1,10E-05 VEGF signaling pathway 12 4,7 8,10E-06 3,20E-05 Regulation of actin cytoskeleton 20 7,9 1,10E-05 4,10E-05 Cytokine-cytokine receptor interaction 22 8,7 1,60E-05 6,10E-05 Progesterone-mediated oocyte maturation 12 4,7 3,10E-05 1,10E-04 Wnt signaling pathway 15 5,9 1,00E-04 3,50E-04 Epithelial cell signaling in Helicobacter pylori infection 10 3,9 1,30E-04 4,30E-04 Leukocyte transendothelial migration 13 5,1 1,30E-04 4,30E-04 Fc epsilon RI signaling pathway 10 3,9 3,70E-04 1,20E-03 ECM-receptor interaction 10 3,9 6,40E-04 2,00E-03 mtor signaling pathway 8 3,1 6,60E-04 2,00E-03 TGF-beta signaling pathway 10 3,9 8,30E-04 2,40E-03 Gap junction 10 3,9 9,80E-04 2,80E-03 Axon guidance 12 4,7 1,20E-03 3,20E-03 Jak-STAT signaling pathway 13 5,1 1,60E-03 4,20E-03 NOD-like receptor signaling pathway 8 3,1 1,90E-03 4,90E-03 Type II diabetes mellitus 7 2,8 2,10E-03 5,30E-03 Insulin signaling pathway 11 4,3 5,40E-03 1,30E-02 GnRH signaling pathway 9 3,5 7,10E-03 1,70E-02 Hypertrophic cardiomyopathy (HCM) 8 3,1 1,10E-02 2,60E-02
8 24 Intestinal immune network for IgA production 6 2,4 1,30E-02 2,90E-02 Oocyte meiosis 9 3,5 1,40E-02 3,10E-02 Natural killer cell mediated cytotoxicity 10 3,9 1,40E-02 3,10E-02 Tight junction 10 3,9 1,50E-02 3,20E-02 RIG-I-like receptor signaling pathway 7 2,8 1,60E-02 3,40E-02 Dilated cardiomyopathy 8 3,1 1,70E-02 3,40E-02 Endocytosis 12 4,7 1,70E-02 3,40E-02 Prion diseases 5 2 1,80E-02 3,50E-02 4) Enriched in target genes for down-regulated mirnas at 14d pi Pathways in cancer 35 23,6 1,40E-16 1,20E-14 p53 signaling pathway 12 8,1 7,30E-08 2,60E-06 Jak-STAT signaling pathway 14 9,5 1,10E-05 1,10E-04 Cell cycle 12 8,1 3,40E-05 3,00E-04 Cytokine-cytokine receptor interaction 16 10,8 2,00E-04 1,20E-03 Insulin signaling pathway 11 7,4 3,30E-04 2,00E-03 Focal adhesion 13 8,8 6,20E-04 3,50E-03 Chemokine signaling pathway 12 8,1 1,20E-03 6,30E-03 NOD-like receptor signaling pathway 7 4,7 1,40E-03 7,10E-03 Dorso-ventral axis formation 5 3,4 1,40E-03 6,80E-03 ErbB signaling pathway 8 5,4 1,70E-03 7,70E-03 Apoptosis 8 5,4 1,70E-03 7,70E-03 Adipocytokine signaling pathway 7 4,7 2,10E-03 9,30E-03 Notch signaling pathway 6 4,1 2,30E-03 9,90E-03 Neurotrophin signaling pathway 9 6,1 3,20E-03 1,30E-02 VEGF signaling pathway 7 4,7 3,70E-03 1,50E-02 Tight junction 9 6,1 5,20E-03 2,00E-02 MAPK signaling pathway 13 8,8 6,70E-03 2,50E-02 Progesterone-mediated oocyte maturation 7 4,7 7,20E-03 2,60E-02 Wnt signaling pathway 9 6,1 1,00E-02 3,50E-02
9 Supplementary Figure S1. mirna-target interaction networks at A) 24h pi, B) 72h pi, and c) 14d pi. Red circles represent down-regulated mirnas; green circles represent up-regulated mirnas; hexagons represent experimentally validated gene targets. Hexagons with solid grey fill are genes that interact with two or more of the regulated mirnas. Experimentally validated interactions are indicated with arrows from mirna to target. The number of genes with two or more experimentally validated MTIs comprised 6, 65, and 84 at 24h, 72h, and 14d pi, respectively. 31
10 32 a) 24h pi 33 34
11 35 b) 72h pi 36 37
12 38 c) 14d pi 39 40
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