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1 SUPPLEMENTARY INFORMATION Implication of Long noncoding RNAs in the endothelial cell response to hypoxia revealed y RNAsequencing. Voellenkle C., Garcia-Manteiga J. M., Pedrotti S., Perfetti A., De Toma I., Da Silva D., Maimone B., Greco S., Fasanaro P., Creo P., Zaccagnini, G., Gaetano C., Martelli F.
2 a c Annotated Genes Detected Genes Average Expression 24 % 21 % 2 % 11 % 5 % 4 % 9 % 27 % 24 % 24% 5% 21% 38 % 50% 50 % 85 % lncrna Protein coding Pseudogene sncrna Supplementary Figure S1. Distriution of genes etween classes and their percentage expression in HUVEC. Pie chart of the distriution of 4 gene classes as (a) annotated y Enseml 72 and () detected y RNA-sequencing. c) Distriution of the average expression per gene etween the 4 suclasses as measured y RNA-sequencing in HUVEC.
3 a Supplementary Figure S2. Enrichment Analysis of transcription factor inding site profiles (ChEA) of genes modulated in HUVEC upon hypoxia exposure. Top 10 transcription factors associated y Enrichr analysis tool to (a) up-modulated and () down-modulated hypoxic signatures. Positions are ordered y rank ased ranking. The Benjamini-Hocherg adjusted p-value <0.05 was used as significance threshold. The ar graph shows the transcription factor together with the PMID, cell type and species of the relevant study. The ars provide a visual representation of how significant each term is, the longer and lighter colored ars identifying more significant terms.
4 Fold change Fold change a. 3,000 p Genomic 141,220,000 p 141,221,000 p 141,222,000 p Location Normoxia Hypoxia Coverage (RNA-seq) predicted transcript_cuff Prediction (Cufflinks) MIR210 6 Promoter_miR-210 Validation (qpcr + Sequencing) Annotation (Refseq) ** *** *** ** Amplicon c *** ** 3 5 Amplicon Supplementary Figure S3. Putative transcript of mouse mir-210 Host Gene. a) IGV view of mir-210 region displaying the genomic location (hg19), the coverage in hypoxic and normoxic samples of differentiated 3T3-L1 cells (GSE35724) as derived y RNA-seq. Blue track: transcript predicted y cufflinks suite. Red tracks: expressed amplicons identified y qpcr and confirmed y Sanger sequencing. Black track: annotated MIR210 and its promoter region. Bar graphs show the fold changes of ) identified amplicons measured in normoxic (white ar) and hypoxic (lack ar) NIH3T3 mouse firolasts (n=3, **p<0.01, ***p<0.001) and c) identified amplicons at 7 days of ischemia, measured in a mouse model of hindlim ischemia (white ar, normoperfused contralateral muscle, lack ar, ischemic muscle; n= 3, **p<0.01, ***p<0.001).
5 a HRE Consensus Motif HRE Chr. Start End Sequence Score GGACGCGC GCAGGTGC AGACGTGC GGGCGTGG 90 Supplementary Figure S4. Conserved HIF-inding motifs identified in MIR210HG. a) Coverage plot of HIF1-alpha, HIF1-eta, and HIF2-alpha derived from ChIP-seq experiments in MCF-7 cultured in 0.5% oxygen for 16h (GSE28352). The region for MIR210HG region including 2 kp upstream of the transcription start site is shown (hg 18). The gene model for MIR210HG and MIR210 loci is shown; the arrows indicate the direction of transcription. The four lue oxes indicate putative HREs in the peak. ) Conserved HIF-inding motif and details on the four identified HRE, like genomic location (lift-over to hg 19), sequence and the minimum conservation score.
6 a c e 20µm d f Supplementary Figure S5. H19 is expressed in lood vessels in the skeletal muscle. Serial sections were derived from frozen opsies of human iceps rachii muscles. H19- ISH. a) Localization of H19 y using specific proes conjugated with alkaline phosphatase type 1 and fast lue sustrate. ) Counterstaining with Hoechst 3332 c) Merge. d) Endothelium- IHC. Incuation of the serial section with anti-human CD31 and iotinylated secondary antiody, followed y reaction of ABC complex with diaminoenzidine and counterstaining with Hematoxilin. e) Negative control for ISH performed using a proe for DapB of B. sutilis. f) Counterstaining with Hoechst H19 RNA is mostly expressed in the vascular tissue.
7 Fold change Fold change Fold change Fold change a 1, , , , , ,2 0.2 * *** 0,0 0.0 H19 knockdown H19 knockdown c 1.2 1, , , , , , ,0 ** H19 knockdown (GapmeR (oligo #3) 3) d Empty Vector # H19 overexpressed Supplementary Figure S6. Efficient H19 knockdown or overexpression in endothelial cells. a) H19 knockdown y transfection with an antisense oligonucleotide (LNA GapmeRs) in HAOEC (n=4; * p-value<0.05). ) H19 knockdown y transfection with an antisense oligonucleotide (LNA GapmeRs) in HUVEC (n=3; *** p-value< 0.001). c) H19 knockdown y transfection using a different LNA GapmeRs (oligo #3) in HUVEC (n= 3; ** p-value< 0.01). d) H19 overexpression y infection of HUVEC with lentiviruses expressing H19 (n= 3; # p<0.0001).
8 Vascular Diseases Arteriosclerosis Arterial Occlusive Diseases 15 / / / 109 Cardiovascular Diseases Pathologic Processes Sepsis Septicemia Coronary Disease Coronary Artery Disease Neoplastic Processes 10 / / / / / / / log10 (adjp) Supplementary Figure S7. Enrichment Analysis for genes modulated y H19 knockdown in HAOEC. WeGestalt tool was used to identify significant association etween diseases and differentially expressed genes modulated y H19 knockdown in HAOEC. Top 10 diseases ranked y Benjamini- Hocherg adjusted p-value are shown. Numers eside the ars indicate numer of genes in common etween H19 knockdown signature and the category, together with the numer of all reference genes in the category. Significance threshold was set at adjusted p<0.05, shown as red line.
9 Fold change a 2 p16 * p18 c 1 S: *** H19_knockdown G0/G1: 49.3 G2/M: 26.3 p57 (1%) p16 (1%) p15 (1%) p18 (4%) p19 (1%) H19 knockdown S: 15.6 p27 (11%) G2/M: 27.5 p21 (81%) G0/G1: 56.9 Supplementary Figure S8. Impact of H19 knockdown on the cell cycle. HUVEC were transfected with an antisense LNA GapmeRs specific for H19 or with negative control a) 48 hrs after transfection, total RNA was extracted and the expression of the indicated genes was assayed y qpcr. Significantly differential expressed cell cycle inhiitors identified y qpcr (n=8; *p<0.05 ***p<0.001). ) Distriution of expression levels among tested cyclin/cdk inhiitors as identified y RNA-sequencing in normoxic and hypoxic HUVEC. c) 48 hours after transfection with H19 antisense oligonucleotide or negative control, HUVEC were first laelled with EdU, then fixed and permeailized. Incorporated EdU was revealed with an Alexa Fluor 647-ased reagent, and total DNA content with propidium iodide. (n= 6). Representative ell cycle profiles otained y FACS are shown, indicating a reduction of cells in S-phase and a proportional increase of cells in G0/G1.
10 Asorance 0.5 0,5 # 0.4 0, , ,2 * 0, ,0 Negative Ctrl H19 knockdown Positive Ctrl Supplementary Figure S9. Investigation of Apoptosis following H19 knockdown in HUVEC. 48 hours after transfection with H19 antisense LNA GapmeRs oligonucleotide or negative control, apoptosis was determined y quantifying fragmentation of cellular DNA y ELISA assay. Positive control is represented y HUVEC treated with 600uM H2O2 for 12 hours (n=3, *p<0.05, # p<0.0001).
11 No. ranches (relative to ctrl) Numer of Cells (x1000) a H19_knockdown (GapmeR (Oligo 3) 3) c ** ** h 24h 48h 72h 1,5 1.5 H19 LNA GapmeR ,5 0.5 *** 0.00 Negative Ctrl H19 knockdown 500µm Supplementary Figure S10. Inhiition of proliferation and capillary-like structure formation upon H19 inhiition with an independent antisense LNA-GapmeR. HUVEC were transfected with a different antisense oligonucleotide (LNA GapmeR 3) specific for H19 or negative control. a) Proliferation assays were performed 24h after transfection. Growth curves show a significant impact of H19 knockdown compared to control (n=3, **p<0.01). ) The aility to form capillary like structures was quantified y matrigel-assay 48h after transfection, revealing a significant reduction upon H19 knockdown versus control (n=3, ***p<0.001). c) Representative phase-contrast images of the organization into capillary-like structures are shown.
12 No. Branches (relative to ctrl) Numer of Cells (x1000) a H19_overexpressed c Empty Vector , h 24h 48h 72h H19 overexpressed 1, , , , , µm 0,0 0.0 Empty vector H19 OEX Supplementary Figure S11. H19 overexpression does not affect HUVEC proliferation and capillary-like structure formation. HUVEC were staly infected with lentiviruses expressing H19 or empty vector. a) Cell numers were determined at different time points and growth curves were plotted (n=9). No significant differences in proliferation could e oserved. ) Aility to form capillary like structures was analyzed y matrigelassays. Quantitative assessment y counting the numer of ranches formed y HUVEC overexpressing H19 (H19 OEX) or empty vector revealed no significant difference (n=3). c) Representative phase-contrast images of the organization into capillary-like structures are shown.
13 Supplementary Tale S1: Next-Generation Sequencing Statistics. HUVEC samples exposed to Hypoxia (24 h or 48 h) or Normoxia (24 h) were sequenced. Quality control of sequenced reads was performed using FastQCsuite with default parameters. Fragments constituted y correct pairing of forward and reverse reads (R1 and R2) and aligning to exons of Enseml (GRCh37/ hg19, Fe2009, Version 72) were estimated y SoapSplice alignment and HTseq-count software. SAMPLE SEQUENCED READS (R1+R2) QC AND UNIQUELY ALIGNED READS QC ALIGNED [%] ALIGNED PAIRED ALIGNED UNPAIRED PROPERLY PAIRED [%] FRAGMENTS MAPPED TO ANNOTATED EXONS Normoxia. 24 h 164,263, ,483, ,242,633 9,240, ,838,282 Normoxia. 24 h 157,789, ,922, ,249,130 8,672, ,118,251 Hypoxia. 24 h 249,734, ,836, ,717,549 18,119, ,023,577 Hypoxia. 24 h 160,244, ,349, ,407,929 10,941, ,591,751 Normoxia. 24 h 286,029, ,665, ,088,573 20,576, ,773,694 Normoxia. 24 h 128,896, ,758, ,721,333 9,036, ,306,518 Hypoxia. 48 h 150,136, ,137, ,597,388 8,540, ,157,219 Hypoxia. 48 h 145,036, ,759, ,014,524 7,745, ,307,925
14 Supplementary Tale S2. Genes and lncrnas detected in normoxic and hypoxic HUVEC y RNA-sequencing. Numers of all genes and the comprised lncrna fraction as annotated in Enseml version 72 compared to numer of transcripts detected y HTSeq-Count at different expression levels. Differentially expressed (DE) genes and lncrnas genes were identified y DESeq2. Genes lncrna Enseml 72 (GRCh37/ hg19) 54,668 13,300 detected (> 0 mean normalized counts) considered for DE ( 9.0 mean normalized counts) DE (ctrl vs. Hypoxia) (adjusted P <5e-5) 34,773 7,381 19,596 2,458 2,
15 Supplementary Tale S5. Investigation of HIF transcription factor occupancy of lncrnas differentially expressed upon Hypoxia. For this purpose, pulicly availale ChIP-seq data for HIF1-alpha, HIF1-eta, and HIF2-eta on hypoxic reast cancer MCF-7 cells were used. lncrnas displaying at least one significant peak for one of the HIF proteins within the region of gene ody and promoter (5 kp upstream the TSS) are shown. The numer of identified HREs are indicated for different conservation score levels (expressed in percentage). The fold change for each lncrna as identified y RNAsequencing is shown, up-regulation is highlighted in red, down-regulation in green. lncrna validated y qpcr are highlighted in grey. GeneName HRE (80) HRE (85) HRE (90) HRE (95) log2fc MIR210HG RP11-77P CTC-378H H RP11-344E AP AC RP11-354K LINC RP11-347E SLC2A1-AS ADORA2A-AS HIF1A-AS AC RP3-510D LINC RP5-995J RP3-399L MEG RP11-540A MEG LINC RP11-235E AC OPLAH LINC Z LINC RP11-93L RP11-818F RP11-492E PSMG3-AS CTC-205M AC TPT1-AS AP MALAT AC LINC PCBP1-AS BAIAP2-AS TMCC1as RP11-111M KB-1732A PRIM AC BCYRN RECQL RP11-132A UHRF USP2as
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