Supplementary Figure 1. Biological characteris=cs of Smarcb1 flox/flox ; Rosa26- Cre ERT2 ; lymphomas

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1 Supplementary Figure 1. Biological characteris=cs of Smarcb1 flox/flox ; Rosa26- Cre ERT2 ; lymphomas a Tec Kinase Signaling CD28 Signaling in T Helper Cells Role of Macrophages in Rheumatoid Arthri>s NFkB Signaling Hepa>c fibrosis/hepa>c Stellate cell ac>va>on c Ly Smarcb1 vs Mb % Ly Smarcb1 vs b Molecular Mechanism of Cancer CD28 Signaling in T Helper Cells icos- icosl signaling in T Helper Cells Role of NFAT in regula>on of the Immune Response d Tec Kinase signaling Ly Ctnnb vs Mb % Ly Ctnnb vs % % icos- icosl signaling InT Helper Cells Pa_ern Recogni>on Receptors in recogni>on of Bacteria and Viruses NFkB Signaling Type I Diabetes Mellitus Molecular Mechanism of Cancer CD28 Signaling in T Helper Cells icos- icosl signaling InT Helper Cells Role of NFAT in regula>on of the Immune Response e CD28 Signaling in T Helper Cells Role of Macrophages in Rheumatoid Arthri>s IL10 Signaling Acute Phase Response Signaling TREM1 Signaling Pa_ern Recogni>on Receptors in Recogni>on of Bacteria and Viruses Ly Smarcb1 vs Ly Ctnnb % f T Cell Receptor Signalingg Ly Smarcb1 vs Mb (3706) 1562 Overlap: 2144 pval: 0 (GREATER than expected) Ly Ctnnb vs Mb (3757) Ly Smarcb1 vs Ly Ctnnb vs (3273) (3544) Overlap: 1881 pval (GREATER than expected): 0 Ingenuity analyses of genes with significantly different expression (t- test analyses, p 0.05, Fold Change FC 1.2) in Smarcb1- deficient mouse lymphomas (Lymph Smarcb1 ) as compared with Mb (a) and (c); similar analyses comparing Ctnnb del_ex3 T- cell lymphomas (Lymp Ctnnb1 ) with Mb (b) and (d); similar analysis between the two types of lymphomas (e). Pathways are ranked from the most (up) to the less (down) significantly represented ones. The columns length represents the percentage of genes in the pathway that are significantly differen>ally expressed. Genes involved in the pathways are numbered at the end of the columns. Genes overexpressed in lymphomas as compared with Mb are shown in red, under- expressed genes in green. The yellow curve indicates the p.value for each overrepresented pathway. (f) Significant overlaps of the differen>al expressions between each type of lymphomas and Mb (upper panel) and (lower panels).

2 Supplementary Figure 2. Rosa26- Cre dependent recombina=on throughout mouse development a bp Brain- Tam Liver- Tam Vehicle Brain Liver del flox 300 E6 E9 E12 E18 P2 E6 E9 E12 E18 P2 E6 P2 E6 P2 b E6> E15 E9> E15 E6> E15 E9> E15 Veh. E15 HES. E15 HES. E15 (a) Semi- quan>ta>ve PCR on mouse brains and livers, five days ajer treatment with tamoxifen (Tam, 1mg/20g) and vehicle at various >me points (from E6 to birth). Del: deleted allele; flox: floxed allele. (b) Similar diffuse β- galactosidase staining in brains at E15 in Rosa26- CreERT2;Rosa26- LacZ mice treated with tamoxifen at E6 (lej upper panel) and E9 (right upper panel) ; scale bars represent 5mm. HES staining of control mouse at E15. Right panel: higher magnifica>on focusing on brains ; scale bars for high magnifica>on represent 1mm

3 Supplementary Figure 3. Tamoxifen injec=on at various stages of development Standard doses: mg/20g Standard doses: 2 mg/20g <E5 3 females E6- E11 6 females E12- E18 6 females 8 pups 20 mice No pup E6 33 pups 18 dead around birth E11 41 pups 0 dead around birth No tumor E19 E19 P0 W8 8/8 Failure to grow Early death- metabolic disorder 100% lymphomas M5 5 females Decreased doses: 0,5-1mg/20g 6 females 4 females Decreased doses: 1mg/20g E6 E7 E8 E9 E10 27 pups 100% IC tumours 28 pups 40% IC tumours E11 E12 21 pups No phenotype P0 10/10 Failure to grow 6/10 Early death- metabolic disorder P0: birth day. W8: 8 weeks of life. M5: 5 months of life. Mice showed no phenotype when treated with tamoxifen from E12 to E18 with standard doses (1.5-2mg/20g); therefore, we didn t use reduced doses ajer E12.

4 Supplementary Figure 4. Mouse intra- cranial tumors are split in two en==es b a :Paw :Face Mouse model Mb Neuronal features Smarcb1f lox/flox ; Rosa26Cre ERT2 Smarcb1 wt/del_ex1-2 Ptch1 - /+ Th- Mycn Fa Pa Lymphomas Non- Neuronal features Loca=on of the tumor :Paw Intra- cranial :Face Sympathe>c nervous system Soj- >ssues (Pa:paw and Fa: face) Liver & Spleen 0 1 c rank=2 rank=3 rank=4 rank=5 rank=6 rank=7 rank=8 d Lymphomas Mb k =3 k =4 k =5 k =6 k =7 Lymph. Mb Lymph. Mb Lymph. Mb Mb Lymph. Mb Lymph. (a) Unsupervised hierarchical clustering on 3161 genes; clusterize with neuronal tumors (Mb and ) while clusterize with lymphomas (b) whole genome correla>on between Smarcb1- deficient mouse tumors; a high correla>on is found between intracranial tumors of the group and the soj- >ssue tumors. i.e. arising in the paw (pa) and the face (fa). (c) Non Nega>ve Matrix Factoriza>on on the whole set of mouse Smarcb1- deficient tumors. Mb and ; the most robust and lowest number of clusters that split Mb from is k=5: Mb,, the Lymphoma group and 2 dis>nct groups within Smarcb1 flox/flox ;Rosa26- Cre ERT2 intracranial mouse tumors. (d) Consensus clustering on the same set of tumors showing that a number of clusters lower than 5 is unable to split Mb from.

5 Supplementary Figure 5. Human intra- cranial tumors are split in three en==es a 3630 genes b M B rank=2 rank=3 rank=4 M B rank=5 rank=6 rank=7 rank=8 c k =2 k =3 k =4 k =5 k =6 k =7 k =8 (a) Unsupervised hierarchical clustering on 3630 genes; 4 clusters within all SMARCB1- deficient tumors; : human extra- cranial tumors; hic: human extra- cranial tumors, groups 1, 2 and 3: : human medulloblastomas; : human neuroblastomas; NA: non assigned (b) Non Nega>ve Matrix Factoriza>on on the whole set of human SMARCB1- deficient tumors, and ; the most robust (highest cophene>c coefficient) and lowest number of clusters that split from is 6, confirming 4 dis>nct groups within SMARCB1- deficient tumors. (c) Consensus clustering on the same set of tumors, showing that a number of cluster lower than 6 is unable to split from.

6 Supplementary Figure 6. RT- PCR confirma=on on a subset of selected genes 8 genes that dis>nguish from were assessed on human tumor subgroups (, n=5 ;, n=5,, n=5, and, n=5) and mouse tumors subgroups (, n=4, and, n=4); the levels of expression in the face tumor from the heterozygous model (mec Hz, n=1) are also separately depicted to show the similarity of their expression profile with other tumors from the group. In box- plots, the central rectangle spans the first quar>le to the third quar>le (interquar3le range or IQR); the horizontal line inside the rectangle shows the median; whiskers are taken to 1.5 IQR from the quar>le ; circles show outliers

7 Supplementary Figure 7. ACTL6A and ACTL6B RNA expression In box- plots, the central rectangle spans the first quar>le to the third quar>le (interquar3le range or IQR); the horizontal line inside the rectangle shows the median; whiskers are taken to 1.5 IQR from the quar>le ; circles show outliers, n=11 ;, n=;12, n=5;, n=20;, n=5;, n=4; mec hz, n=1.

8 Supplementary Figure 8. Full gel showing the PCR results on wild type, knock out (KO) and floxed alleles of Smarcb1 bp Tam Vehicle KO/wt KO/flox H bp: base pair; Tam: tamoxifen; wt: wild type.

9 Supplementary Table 1. Exis=ng mouse models restrictedly based on Smarcb1 inac=va=on! Genetic! background! Guidi!et!al,! Promoter!trap! Moll!Cell!Biol,! in!intron!3! 2001! KlochendlerE Yeivin!et!al,! EO,!2000! Roberts!et!al,! PNAS,!2000! Tsitikis!et!al,! PNAS,!2005! Roberts!et!al,! Cancer!Cell,! 2002! Moreno!et!al,! J!Neuroscience,! 2015!! Deletion!of! exons!1!&!2! Deletion!of! exon1! Deletion!of! exons!6&7! Conditionnal! Inversion! Promoter! specific!for! granule!cell! precursors!:! Atoh1ECre! Tumour! Phenotype! penetrance! 15%! Head!and!neck! softetissues! tumours! Sarcomas,! lymphoma! 32%! Intracranial! paraspinal! subcutaneous! tumors! Pleomorphic! Rhabdoid!cells! 6.5%! Face!and!Neck! softetissue! tumors! Pleomorphic! Rhabdoid!cells! 26%! Face!and!neck! SoftEtissue! tumors! Pleomorphic! Rhabdoid!cells! 100%! Spleen!and! liver! lymphomas! 0%! Cerebellum! hypoplasia! Mean!Latency! 25weeks! 9!months! 6!months! 11!months! 3months! Not!applicable!

10 Supplementary Table 2. Primers used for RT- PCR valida=on of gene expression Sense Anti-sense Human&SOX2& GCCCCCAGCAGACTTCACAT% AGGGGCAGTGTGCCGTTAAT% Human&FABP7& TCATCAGGACTCTCAGCACATTCAA% CCATCCAGGCTAACAACAGACTTACA% Human&GAFP& CAGAAGCTCCAGGATGAAACCAA% GTGGCTTCATCTGCTTCCTGTCT% Human&ASCL1& CGTCCTGTCGCCCACCATCT% GGGGCTGAGCGGGTCGTAA% Human&HES5& GAAGCACAGCAAAGCCTTCGT% GTAGCCTTCGCTGTAGTCCTGGT% Human&GLI2& AAGTCACTCAAGGATTCCTGCTCA% GTTTTCCAGGATGGAGCCACTT% Human&MYC& ACCACCAGCAGCGACTCTGA% TCCAGCAGAAGGTGATCCAGACT% Human&HMOX1& CAGTCAGGCAGAGGGTGATAGAAGA% CTGCAACTCCTCAAAGAGCTGGAT% Mouse&SOX2& CACATGGCCCAGCACTAC% CCCTCCCAATTCCCTTGTATC% Mouse&FABP7& TGTAAGTCTGTGGTTCGGTTG% AGGGGCAGTGTGCCGTTAAT% Human&FABP7& TCATCAGGACTCTCAGCACATTCAA% AGCAACGATATCCCCAAAGG% Mouse&GAFP& GAAAACCGCATCACCATTCC% CTTAATGACCTCACCATCCCG% Mouse&ASCL1& GACTTGAACTCTATGGCGGG% TTCCAAAGTCCATTCCCAGG% Mouse&HES5& CGGTGGAGATGCTCAGTC% CTTGGAGTTGGGCTGGTG% Mouse&GLI2& GCTCCACACACCCGCAACA% AAGTTTTCCAGGACAGAACCATTGA% Mouse&MYC& ACCACCAGCAGCGACTCTGA% GGAATGGAGATGAGCCCGACT%% Mouse&HMOX1& ACAGAGGAACACAAAGACCAG% GTGTCTGGGATGAGCTAGTG%

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