Figure SⅠ: Expression of mir-155, mir-122 and mir-196a in allografts compared with

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1 Figure SⅠ: Expression of mir-155, mir-122 and mir-196a in allografts compared with isografts (control) at the 2nd week, 4th and 8th week by RT-PCR. At the advanced stage, the expression of these three micrornas changed more than three times. However, there were no significant changes in the mir-122 and mir-196a expressions at the early stages except mir-155. (n=6-8 per group, * P value of t test<0.05) 1

2 Figure SⅡ: C57BL/6 mice transplanted with egfp transgenic BM cells underwent aorta transplantation, and egfp signals from BMDCs were detected in the neointima of grafts 24 hours later. Bar=20μm. 2

3 Figure SⅢ. Cell-source analysis of the allografts in chimeric mice. GFP staining in C57BL/6 mice harboring egfp + BM cells and egfp + mice harboring WT-BM cells at different time. (A, C)The number of egfp + cells of BM origin peaked at 2nd week in the neointima, and only few egfp + cells left at 10th week. However, there was no significant change of egfp + cells in the adventitia during the process. As a result, the egfp + cell density in the neointima was much higher than in the adventitia at 2nd week. (B, D) The resident egfp + cells initially accumulated in the adventitia at the early stage, and then the number of egfp + cells in the neointima increased rapidly in 2nd to 4th week. At the advanced stage, the cell number stayed relatively constant both in neointima and adventitia. The numbers of egfp + cells and total cells in the entire neointima and adventitia were counted in each section. (n=8 mice per time point, five cross-sections for per graft) 3

4 Figure SⅣ. After the neointima was separated from the allografts, mrna of SM-MHC was detected by RT-PCR. The SM-MHC mrna in the neointima increased consistently with the time after the aorta transplantation. (n=8 mice for per time point, # Bonferroni corrected level of significance <0.05) 4

5 Figure SⅤ. In vivo adventitial Sca-1 + and egfp + cells migration into the neointima. (A, C) The egfp-labeled cells were seeded around the allografts after the aorta transplantation. The egfp signals were detected in the neointima 2 weeks after AT and most of the egfp + cells were located in the neointima 4 weeks later. Bar=20μm. (B, D) Most of egfp-labeled cells were also Sca-1 positive after 2 weeks. Bar=20 μm. (n=5 mice per time point, five cross-sections per graft) 5

6 Figure SⅥ. (A) Transwell assay was used to evaluate SMPCs migration toward DMEM supplemented with 10%FBS in the presence or absence of BMDCs. BMDCs could significantly induce the migration of SMPCs. (B, C) The SMPC migration toward MCP-1 and RANTES was examined by transwell assay at the 10th hour. MCP-1 and RANTES induced SMPC migration in a dose-dependent manner with or without FBS. MCP-1 significantly promoted the migration of SMPCs at 10 ng/ml. When the concentration was increased to 60 6

7 ng/ml, RANTES could also significantly promote the migration of SMPCs. (D, E) Migration of SMPCs toward RANTES and MCP-1 was observed 24 hours after cell seeding. At the 24th hour, there was no significant difference in migration between the high concentration group of RANTES (60 ng/ml vs 100 ng/ml) and that of MCP-1 (10 ng/ml vs 100ng/ml). (n=6 independent experiments for per group, * P value of t test<0.05, # Bonferroni corrected level of significance<0.05) 7

8 Figure SⅦ.MCP-1 expression of BMDCs is regulated by mir-155. (A, B) MCP-1 and RANTES proteins in the culture medium of BMDCs transfected with mir-155 mimics, and mir-155 inhibitor or scramble sequence were detected with ELISA. The expression of MCP-1 changed much more than RANTES when transfecetd with mir-155 mimics or mir-155 inhibitor. (C) MCP-1 and BCL6 proteins in BMDCs transfected with mir-155 mimics, inhibitor or scramble sequence were determined by Western blotting 72 hours after transfection. The results indicated that mir-155 could significantly inhibit BCL6 and promote MCP-1 in the BMDCs. (D) MCP-1 and BCL6 mrna expression in neointima from grafts of mir-155 -/- BM C57BL/6 mice and mir-155 +/+ BM C57BL/6 mice was determined 2 weeks after the transplantation by RT-PCR. The in vivo results were similar to in vitro ones. (n=5 independent experiments for per group, * P value of t test <0.05, # Bonferroni corrected level of 8

9 significance <0.05) 9

10 Figure SⅧ. (A) C57BL/6 mice transplanted with egfp transgenic BM cells were used as recipients of aorta transplants, and then the egfp and MCP-1 IF staining was performed at the 2nd week. Bar=20μm. (B) Most of the BM derived egfp + cells were also positive for MCP-1, indicating that the MCP-1 was mainly released by BMDCs. (n=6 mice, 3 cross-sections per graft) 10

11 Figure SⅨ. (A) The neointima could be separated from the grafts completely with microforceps under a light microscope. Bar=100μm. (B) The media had only elastic fibers and very few cells. Bar=100μm. 11

12 Figure SⅩ. BM cells from C57BL/6 mice were cultured in vitro with the stimulation of M-CSF (0.33 ng/ml), and about 92% of the BMDCs were CD11b-positive after 3 days. 12

13 Figure SⅪ.EGFP and SM-MHC staining was performed for the sorted egfp-positive cells after cultured for 7 days in the presence or absence of differentiation inhibitor (MSCGS), and no SM-MHC-positive cell was found. Bar=20μm. 13

14 Table SⅠ. Down-regulation of micrornas in allografts at 8 weeks After Aortic Transplantation (the mirnas which had p-values less than 0.01 and changes in expression levels of more than three-fold were marked in red) MicroRNA ΔΔCt Flod change p-value mmu-mir-122-5p mmu-mir-122-3p mmu-mir-187-3p mmu-mir-224-5p mmu-mir-133b-3p mmu-mir-133a-3p mmu-mir-1a-3p mmu-mir-192-5p mmu-mir-194-5p mmu-mir-30a-3p mmu-mir p mmu-mir-30e-3p mmu-mir mmu-mir-10a-5p mmu-mir-30f mmu-mir-145a-3p mmu-mir-28b mmu-mir-497-5p

15 mmu-mir-101c mmu-mir-29c-3p mmu-mir-140-5p mmu-mir-101a-3p mmu-mir-181b-5p mmu-mir-28a-5p mmu-mir-193b-3p mmu-mir-195a-5p mmu-mir-455-3p mmu-mir-374c-5p mmu-mir-365-3p mmu-mir-30e-5p mmu-mir-28c mmu-mir-27b-3p mmu-mir-30d-5p mmu-mir-374b-5p mmu-mir-99b-5p mmu-mir-652-3p mmu-mir p mmu-mir-193a-3p mmu-mir-100-5p mmu-mir-99a-5p

16 mmu-let-7a-1-3p mmu-mir-30c-5p mmu-mir-125a-5p mmu-mir-181a-5p mmu-mir-30a-5p mmu-mir-151-5p mmu-mir-27a-3p mmu-mir-30b-5p mmu-mir-26b-5p mmu-mir-107-3p mmu-mir-103-3p mmu-mir-23b-3p mmu-mir-29a-3p mmu-mir-23a-3p mmu-mir mmu-mir-145b Total RNA was isolated from the grafts of each group (n=15). Independent samples t test was used for statistical analysis. 16

17 Table SⅡ. Up-regulation of micrornas in allografts at 8 weeks After Aortic Transplantation (the mirnas which had p-values less than 0.01 and changes in expression levels of more than three-fold were marked in red) MicroRNA ΔΔCt Flod change p-value mmu-mir-196a-5p mmu-mir-155-5p mmu-mir-142-3p mmu-mir-146a-5p mmu-mir-142-5p mmu-mir-196b-5p mmu-mir-146b-5p mmu-mir-342-3p mmu-mir-150-5p mmu-mir-223-3p mmu-mir-31-3p mmu-mir-34a-5p mmu-mir mmu-mir-31-5p mmu-mir-30c-1-3p mmu-mir-21a-5p mmu-mir-15b-5p mmu-mir-350-3p

18 mmu-mir mmu-mir-3473e mmu-mir-199b-5p mmu-mir mmu-mir mmu-mir-214-3p mmu-mir mmu-mir-199a-5p mmu-mir-222-3p mmu-mir p mmu-mir mmu-mir-346-3p mmu-mir-425-5p mmu-mir-3473b mmu-mir mmu-mir-199a-3p mmu-mir mmu-mir p mmu-mir-133b-5p mmu-mir Total RNA was isolated from the grafts of each group (n=15).independent samples t test was used for statistical analysis. 18

19 Table SⅢ. The mrna levels of chemokines related to induce the migration of SMCs in BMDCs of grafts. ΔΔCt FoldChange Up/Down p-value RANTES up CCL down CXCL down CXCL down MCP up CXCL up CX3CL down CCL up CCL down CCL up Total RNA was isolated from the BMDCs of grafts (n=5) and bone marrow cells of c57 mice (n=6). Independent samples t test was used for statistical analysis. 19

20 Table SⅣ Primer Forward(5-3 ) Reverse(5-3 ) CCL3 CGTTCCTCAACCCCCATC TGTCAGTTCATGACTTTGTCATCA T RANTES ATATGGCTCGGACACCACTC GTGACAAACACGACTGCAAGA CCL7 AATGCATCCACATGCTGCTA CTTTGGAGTTGGGGTTTTCA CXCL10 TCCTTGTCCTCCCTAGCTCA ATAACCCCTTGGGAAGATGG CXCL9 GGAGTTCGAGGAACCCTAGTG A GTTCTTCAGTGTAGCAATGATTTC AG CXCL12 TGCATCAGTGACGGTAAACCA GTTGTTCTTCAGCCGTGCAA CX3CL1 ATTTGTGTACTCTGCTGCC TCTCCAGGACAATGGCAC SM22 CAGCAGTGCAGAGGACTCTAA TGG GTTGGCTGTCTGTGAAGTCCCTC SM-MHC CTTTTCCGATGGATTCTCAGCC GTTGATGCACAGCTGCTCGAAGG GTG CCL12 CTACCACCATCAGTCCTCAGG CTGGCTGCTTGTGATTCTCC 20

21 CCL8 CATGTACTCACTGACCCACTTCTG CCAGACCAAGCAGGGTATGTC T Sca-1 GACAGAACTTGCCACTGTGC CCATCCTCAGAGAAGGGAGC MCP-1 CCCAATGAGTAGGCTGGAGA GCTGAAGACCTTAGGGCAGA GAPDH CATGGCCTTCCGTGTTCCTA GCGGCACGTCAGATCCA CCR2 GTGTGATTGACAAGCACTTAG ACC ATATGGAGAGATACCTTCGGAACT Bcl6 AATCTGTGGCACTCGCTTCC GCAGTTGGCTTTTGTGACGA RNAi Sense(5-3 ) Antisense(5-3 ) mir-155 ACCCCUAUCACAAUUAGCAUU inhibitors AA inhibitors control CAGUACUUUUGUGUAGUACAA mir-155 mimics UUAAUGCUAAUUGUGAUAGG GGU CCCUAUCACAAUUAGCAUUAAUU mimics UUCUCCGAACGUGUCACGUTT ACGUGACACGUUCGGAGAATT 21

22 control bcl6 sirna CGGCCUGUUCUACAGUAUCU U AAGAUACUGUAGAACAGGCCG Negative control UUCUCCGAACGUGUCACGUTT ACGUGACACGUUCGGAGAATT 22

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