Supplemental Information. Brown Adipogenic Reprogramming. Induced by a Small Molecule

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1 Cell Reports, Volume 18 Supplemental Information rown dipogenic Reprogramming Induced by a Small Molecule aoming Nie, Tao Nie, Xiaoyan Hui, Ping Gu, Liufeng Mao, Kuai Li, Ran Yuan, Jiashun Zheng, Haixia Wang, Ke Li, Shibing Tang, Yu Zhang, Tao Xu, imin Xu, Donghai Wu, and Sheng Ding

2 Figure S1 CC1 Ctrl +Rosig Rosig 3T3-L1 T Ctrl HX31 T1/ Ctrl Ctrl HX31 HX31 HX31+ Figure S1, related to Figure 1. Selectively Induces rowning dipogenesis. () Oil Red O staining in CC1 cells shows adipogenesis induced by, rosiglitazone (Rosig) and + rosiglitazone. () Oil Red O staining shows the opposite adipogenic effects of the RXR agonist and the RXR antagonist HX31 in the differentiation of 3T3-L1, C3H1T1/ (T1/), and pre-t cells.

3 Relative mrn levels Relative mrn levels(log) Figure S shrxr in CC1 shnt RXR RXR RXR shrxr shrxr shrxr 1 1 RXR OE in CC1 RXR RXR RXR - pmx RXR OE RXR OE RXR OE D RXR + RXR + RXR + pmx C 3 1 M y f M y o D E Ctrl M y o G 1... M H C pmx F R e R e P s a t1 Retn Retnla Psat RXRα G Ctrl.. C trl.. C trl 1... right DPI UCP1 Merge RXRβ RXRγ H U c p 1 P m 1 P p a r P g c 1 C o x 7 a 1 C o x 8 b P p a r Ucp1 Prdm1 Pparα Pgc1α Cox7a1 Cox8b Pparγ Figure S, related to Figure. RXR Mediates -Induced rown dipogenesis. () Real-time PCR showing the knock-down efficiency of RXR shrn in CC1 cells. () Real-time PCR showing the RXR overexpression (OE) in CC1 cells. OE, overexpression. (C) Real-time PCR results showing /RXR inhibiting effect on myogenesis genes. (D) right-field microscopy of /RXR-induced adipogenesis in primary myoblasts. (E) right-field microscopy of /RXR-induced adipogenesis in C3H1T1/ cells. dipocyte with smaller lipid droplets. (F) Real-time PCR showing WT-specific genes in adipocytes induced from C3H1T1/ cells by /RXR. (G) UCP1 immunostaining in -treated C3H1T1/ cells. (H) Real-time PCR showing T-specific genes in adipocytes induced from C3H1T1/ cells by /RXR. Values are normalized to control values and expressed as mean ± SEM (n=3). p<., p<.1, p<.1.

4 R e la tiv e m R N le v e l Figure S T shn T s h P R D M P r d m 1 Figure S3, related to Figure 3. Role of Prdm1 in rown dipogenesis. () Pre-T cells were infected with Prdm1 shrn retrovirus and cultured in basal adipogenic medium for days to induce adipogensis. RN was extracted, and the Prdm1 level was determined by real-time PCR. Values are normalized to shnt and expressed as mean ± SEM (n=3). () CRISPR/Cas9 knockout of Prdm1 in C3H1T1/ cells. T cloning and sequencing showed that grn induces a frame-shift mutation starting at amino acid 7.

5 Figure S GO Term(iological Process) Count % PValue enjamini angiogenesis E-.38 response to hypoxia.71.7e-.389 response to oxygen levels E-.8 regulation of transcription from RN polymerase II promoter blood vessel development blood vessel morphogenesis response to wounding vasculature development regeneration positive regulation of transcription from RN polymerase II promoter Figure S. related to Figure. No Significantly Enriched GO Terms in Genes Downregulated by in Microarray ssay. The downregulated genes in Fig. were analyzed in the DVID GO database. The top 1 enriched GO terms are shown. enjamini value >..

6 Tissue weight(g) R e la tiv e U c p 1 m R N le v e l VO (ml/hr/kg) 7:: 1:: 13:: 1:: 19:: :: 1:: :: 7:: Food intake(g/hr) ctivity(xm counts) VO (ml/hr/kg) Figure S F D. vechicle light Saline a dark dark light +CL E Saline a T subwt ewt rwt C CL31,3 8 a d ip g e n e s is g e n e -S K M m y o g e n e s is g e n e -S K M 1 8 G p d ip o n e c tin P g c 1 C o x 7 a 1 C o x 8 b U c p 1 liver(hfd) 1 8 P r d m 1 liv e r(h F D ) H M y f M y o D 3 M y o G T n n i M h c b C k m P a x 7 m a tu r e a d ip o c y t e p d ip Q F g f 1 1 i T s u b W T e p iw T Figure S, related to Figure. Effect of on mouse adipose morphology, gene expression and function. () Food intake in -treated mice and vehicle-treated controls. () Physical activity of vehicle- and -treated mice for 1 h light and 1 h dark period (n=9 per group). (C-D) O consumption in control and -treated mice upon β3-agonist CL31,3 administration. n=-. p<..(e) HE staining in fat tissues from -treated mice and vehicletreated controls. (F) HE staining and gene expression in vehicle- and -treated skeletal muscle. (G) HE staining and gene expression in liver in vehicle- and -treated mice fed with a high-fat diet for weeks. (H) Ucp1 expression in mature primary brown and white adipocytes treated by vehicle and for h. p<., p<.1.

7 Table S1. Primer Sets Used in This Study, related to Figure 1-. Gene name Forward primer ('-3') Reverse primer ( -3 ) Pgc1α CCCTGCCTTGTTGCC TGCTGCTGTTCCTGTTTTC Prdm1 CGCCGGTGGCCTTC GCGTGCTCCGCTTGTG Ucp1 TCTCTGCCGGCGTCCC GGCCCCCCTTTG diponectin GCCTGGCGTTCTCTGC GTGGTGGGCGGCCTTGT Cox7a1 CGCGTCTGGTCGTCTGT GCCGTGTGGCGG Cox8b GCCTGGCCCGCT GCGGTTCCGTGGTTCC Pparγ GTGCCGTTTCGTCCGTG GGCCGCTCGTGTGTG Pparδ CTCGGGCTCCTGCTCC GGTCTGCTCTGCCCCT Pparα GTTCGGGCGCGTTG CGTGGGGGGGGCG Rxrα GGGCTGGTTGTCGCG GTTGGGGTTGGGGCG Rxrβ CTGGCTGGGGGG GTCCCGGCTCTCCTCG Rxrγ GCGCCCTGTTGG CGGCTCTGGGGCTC Cd3 GCGCTGTTTGGCC CCTGCTGTCGGG Fgf1 CCTGGGTGTCGCCTCT CTCCGCGCGTTCTCTG Gs CGGCGCCTGCCTTCT CTTTCCTCTGGCTCTGGG Pex11a CCGGGCCGCTTTTCG TCTCCGCCTCTTGGCTTC Ero1l CTTGCTCGTTGGCTCCTG CCGGTCGTCGTCCGGT ap TGTGTGTGCCTTTGTGG CCTTTCCTTGTGGCGC csl1 CGCTCCCCCTTCTGGTT CCTCGTGGTCCCGCT Tbx1 CCTCGGGCCGCGC GGTGGCCCTCGGGTC Ptgs(Cox-) CGCGTCTGCGGG GGCGCGTTTTGTTGTCTGT mp TGGCTGTTTTTGCCTTGTTT CTCCTGCGGCTTGGCT Krox(Egr) TTGCCGTGCGGGTG CGGTGGGGCGGCT MyoD CGCCCTCCGGGCTG GGTCGTCTGCTGTCTCGG Myf CGCCCCCCTCCCTG GGGCCGCGGGCTGTT MyoG GCGCGGCTCGGTGTG CTGTGGCGCTCTGTCTGGT Myh3(Mhcb) GGCCTCCTGCGC CGCTCTCTGTCCGTGTCTC Retn (resistin) TGGCCTCGCGG CTTCCCTCTGGGGGCTG Retnla CCCTTCTCTCTGCTCTCC CTGGTTGGCGGTTCC Psat1 CTCGTGCGGCTGGG TTGTCCTTCCGGCCT Tnni GTCTCGGTGGGGTGG TCTTTCTCCGCTCTGTGGC Ckm CCTCCCGCCGCG CGCTTGCTTGTTGTGGG Pax7 GCGGGGCCCC GTCGGGTTCTGTTCCCT Gapdh CGTCCCGTGCTGGT TTGTGGCCTCTCCC

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