Data supplement. Netrin-1 promotes adipose tissue macrophage accumulation and insulin resistance in obesity

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1 Data supplement Netrin- promotes adipose tissue macrophage accumulation and insulin resistance in obesity Bhama Ramkhelawon, Elizabeth J Hennessy, Mickaël Ménager 2, Tathagat D. Ray, Frederick J Sheedy, Susan Hutchison, Amarylis Wanschel, Scott Oldebeken, Michele Geoffrion 4, Westley Spiro, George Miller 3, Ruth McPherson 4, Katey J Rayner 4, Kathryn J Moore Department of Medicine, Marc and Ruti Bell Program for Vascular Biology and Disease, The Leon H. Charney Division of Cardiology, New York University School of Medicine, New York, NY, USA, 2 Molecular Pathogenesis Program, The Kimmel Center for Biology and Medicine of the Skirball Institute, New York University School of Medicine, New York, NY, USA, 3 Department of Surgery, New York University School of Medicine, New York, NY, USA, 4 University of Ottawa Heart Institute, Ottawa, Canada. Nature Medicine: doi:.38/nm.3467

2 Supplemental Figure Netrin- (pg/ml) a b c 5 5 Chow Mouse HFD Netrin- (pg/ml) Lean Human Obese Netrin- (pg/ml) BSA Palmitate Adipocyte Mø Secreted concentrations of Netrin- in serum and conditioned media. (a) Serum levels of netrin- in mice fed a chow diet (n=9) or HFD (n=). (b) Serum levels of netrin- in obese (n=2) or lean (n=2) human subjects. (c) Concentration of netrin- in conditioned media of 3T3L adipocytes or BMDM treated with 25 µm BSA or palmitate (n=4). Data are the mean ± s.e.m. P <.5. Nature Medicine: doi:.38/nm.3467

3 Supplemental Figure 2 a mrna fold change CM 3T3L BSA CM 3T3L Palm control goat IgG rat IgG + - Ntn Macrophage b mrna fold change CM 3T3L BSA CM 3T3L Palm control goat IgG rat IgG + - Unc5b Macrophage Conditioned media of 3T3L adipocytes treated with palmitate induces the expression of Ntn and Unc5b (a-b) qrt-pcr analysis of mrna for Ntn (a) and Unc5b (b) in BMDMs treated with conditioned media from BSA or palmitate-treated 3T3L adipocytes in the precence of the corresponding IgG controls for anti-tnfa (goat IgG) and anti-il-6 (rat IgG). Data are the mean ± s.d of triplicate samples from a single experiment. Nature Medicine: doi:.38/nm.3467

4 Supplemental Figure 3 a Chemotactic index Lean monocyte Lean monocyte+ccl2 Obese monocyte Obese monocyte+ccl Time (h) b Migration (AU) CCL2 BSA Palmitate NS c Migration (AU) CCL2 Palmitate Control-Fc Unc5b-Fc CCL2 promotes the migration of blood monocytes but not of palmitate-treated BMDM (a) Migration of monocytes isolated from chow or HFD-fed mice to CCL2. (b) Migration to CCL2 of bone marrow derived macrophages pre-treated with BSA or palmitate, and (c) in the additional presence of Unc5b-FC or control-fc. Data are the mean ± s.d of a single experiment and are representative of 2 (a) or 3 (b-c) independent experiments. P <.5. Nature Medicine: doi:.38/nm.3467

5 Supplemental Figure 4 a Food intake (kcal/day/bw) WT C57BL6 Ntn / C57BL6 b Day 3 Day 4 WT C57BL6 Ntn / C57BL6 Netrin- deficiency does not affect food intake but induces the migration of macrophages to the lymph nodes. (a) Food intake in C57BL6 mice transplanted with WT (n=) or Ntn / (n=9) bone marrow fed HFD. Data are the mean ± s.e.m. p<.5. (b) Representative images of mesenteric lymph nodes of HFD-fed WT (n=5) and Ntn / (n=5) mice showing fluorescent bead accumulation 3 and 4 days after monocyte labeling. Scale bar 5µm. Data are the mean number of beads per section (6 sections per lymph node). Nature Medicine: doi:.38/nm.3467

6 Supplementary Table. Neuronal guidance cues gene expression profiling of HFD or chow WAT. Expression of neuronal guidance cues of the netrin, slit, semaphorin and ephrin families and their receptors in WAT of C57BL6 mice fed chow or HFD (n=3 mice/group). Full Name Refseq # Gene Symbol Fold Regulation HFD/Chow Netrin NM_8744 Ntn 2.75 Netrin 3 NM_947 Ntn Netrin 4 NM_232 Ntn Netrin G NM_3699 Ntng Netrin G2 NM_335 Ntng Deleted in colorectal carcinoma NM_783 Dcc Neogenin NM_8684 Neo Unc-5 homolog A NM_533 Unc5a Unc-5 homolog B NM_2977 Unc5b Unc-5 homolog C NM_9472 Unc5c.557 Unc-5 homolog D NM_5335 Unc5d Adenosine A2a receptor NM_963 Adora2a Adenosine A2b receptor NM_743 Adora2b Slit homolog NM_5748 Slit -.77 Slit homolog 2 NM_7884 Slit Slit homolog 3 NM_42 Slit3.552 Roundabout homolog NM_943 Robo.33 Roundabout homolog 2 NM_75549 Robo Roundabout homolog 3 XM_47684 Robo Roundabout homolog 4 NM_28783 Robo Ephrin A NM_7 Efna Ephrin A2 NM_799 Efna2.73 Ephrin A3 NM_8 Efna Ephrin A4 NM_79 Efna Ephrin A5 NM_9 Efna Ephrin B NM_ Efnb -.62 Ephrin B2 NM_ Efnb Ephrin B3 NM_79 Efnb Eph receptor A NM_2358 Epha.25 Eph receptor A2 NM_39 Epha Eph receptor A3 NM_4 Epha Eph receptor A4 NM_7936 Epha Eph receptor A5 NM_7937 Epha Eph receptor A6 NM_7938 Epha Eph receptor A7 NM_4 Epha7.792 Eph receptor A8 NM_7939 Epha Eph receptor A NM_7767 Epha Eph receptor B NM_73447 Ephb Eph receptor B2 NM_42 Ephb Eph receptor B3 NM_43 Ephb3.395 Eph receptor B4 NM_44 Ephb Eph receptor B6 NM_768 Ephb Nature Medicine: doi:.38/nm.3467

7 Full Name Refseq # Gene Symbol Fold Regulation HFD/Chow Semaphorin 3A, secreted NM_952 Sema3a -.48 Semaphorin 3B, secreted NM_953 Sema3b.464 Semaphorin 3C, secreted NM_3657 Sema3c.728 Semaphorin 3D, secreted NM_28882 Sema3d Semaphorin 3E, secreted NM_348 Sema3e.979 Semaphorin 3F, secreted NM_349 Sema3f Semaphorin 3G, secreted NM_25379 Sema3g Semaphorin 4A, transmembrane NM_3658 Sema4a Semaphorin 4B, transmembrane NM_3659 Sema4b Semaphorin 4C, transmembrane XM_ Sema4c Semaphorin 4D, transmembrane NM_366 Sema4d.242 Semaphorin 4G, transmembrane NM_976 Sema4g Semaphorin 5A, transmembrane NM_954 Sema5a Semaphorin 5B, transmembrane NM_366 Sema5b Semaphorin 6A, transmembrane NM_8744 Sema6a Semaphorin 6B, transmembrane NM_3662 Sema6b Semaphorin 6C, transmembrane NM_35 Sema6c Semaphorin 6D, transmembrane NM_72537 Sema6d -.9 Semaphorin 7A, GPI anchor NM_352 Sema7a Plexin A NM_888 Plxna Plexin A2 NM_8882 Plxna Plexin A3 NM_8883 Plxna3.792 Plexin A4 NM_7575 Plxna4.892 Plexin B NM_72775 Plxnb -.58 Plexin B2 XM_3435 Plxnb Plexin B3 NM_9587 Plxnb Plexin C NM_8797 Plxnc Plexin D NM_26376 Plxnd.729 Neuropilin NM_8737 Nrp Neuropilin 2 NM_939 Nrp Mouse 8S rrna gene, clones 5a,6,7 K364 8SrRNA.2354 Nature Medicine: doi:.38/nm.3467

8 Supplementary Table 2. RT-PCR primer sequences Forward (5'-3') Mouse Ntn CAGCCTGATCCTTGCTCGG Mouse Unc5b TGGATCTTTCAGCTCAAGACCCAG Mouse Adora2b GCGAGAGGGATCATTGCTGTC Mouse Dcc CAAGCTGGCTTTTGTACTCTTCG Mouse Neogenin CTAGCATTGTAGTGAGCTGGAC Mouse Emr CCCCAGTGTCCTTACAGAGTG Mouse Cd26 CTCTGTTCAGCTATTGGACGC Mouse Il GCTCTTACTGACTGGCATGAG Mouse Pparg TCGCTGATGCACTGCCTATG Mouse Nos2 GTTCTCAGCCCAACAATACAAGA Mouse Ccl2 TTAAAAACCTGGATCGGAACCAA Mouse Tnfa ATGAGCACAGAAAGCATGATCCGC Mouse Il6 CCAAGAGGTGAGTGCTTCCC Mouse Il4 GGTCTCAACCCCCAGCTAGT Mouse 28s TGGGGAATGCAGCCCAAG Mouse Gapdh TGTGAGGGAGATGCTCAGTG Human NTN CTCACACTGTCCCTCGGCAAGAAGT Human UNC5H CAGCCTTAAGGTCAAGGTCTACAGCTC Human TNFA GAGGGCTGATTAGAGAGAGGTC Human SEMA3A GTGCCAAGGCTGAAATTATCCT Human EFNB2 ACTGCTGGGGTGTTTTGATGG Human CD68 GCTACATGGCGGTGGAGTACAA Human Il GACTTTAAGGGTTACCTGGGTTG Human DCC GGTTCTTCTGCCAGTGGATTGTTGG Human SEMA3E GGTTACGCCTGTCACATAAAGA Nature Medicine: doi:.38/nm.3467

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