EMBO/sd-character-level-ner huggingface dataset:
Five methods of transcriptome analysis / drug candidate identification were compared in their ability to successfully produce drug targets in at least one prior study showing a survival benefit from sepsis. 1) Pathprint-PDN: Comparison of pathways by Pathprint and drug candidate analysis by pathway-drug network (PDN); 2) DEGs-PDN: Comparison of differentially expressed genes (DEGs) by standard methods and drug candidate analysis by PDN; 3) Random: Drugs chosen at random from the CMap database; 4) DEGs-LINCS: Comparison of DEGs generated by standard methods and drug candidate analysis using LINCS database and 5) BarCode-LINCS: Comparison of DEGs generated by BarCode method and drug candidate analysis using LINCS database. The three gene-level methods were found to be no better at generating positive drugs than picking drugs at random. All methods produced significantly lower percent positive rates than the Pathprint-PDN method (p<0.02). Prism software (GraphPad) was used to compare the frequency of prior studies showing benefit for drug leads Fisher"s exact tests
Apoptosis levels in cultured WT HSCs (n = 3-5). Results are expressed as percent caspase activation compared to +cytokines conditions.
A-C. 2.5x105 of TGF-β1 siRNA or control siRNA transfected AT-MSCs were intradermally injected around each of CD18-/- murine wound. PBS mock injection served as negative control. Wound tissue were harvested at day 2, 5, and 7 post-wounding for quantification of human TGF-β1 mRNA (A) at day 2 by qPCR, total TGF-β1 (B) and active TGF-β1 (C) protein at day 5 by ELISA.
d, GFP-LC3 loss in cultured Gfp-Lc3 HSCs (n = 3). Results are expressed as percentage of GFP-LC3 MFI in -BafA compared to +BafA conditions.
(D) qPCR analysis of pr-set7, cdk1, ebd1 and arm in larval brains of control (ctrl; yw) and pr-set7716/Df(3R) ED5644 (716/Df) at 24h ALH. n=7 as biological replicates. Statistical analyses were done comparing between control (GAPDH1, GAPDH2, Tbp1 and Rpl32) and pr-set7716/Df, using Mann-Whitney test. The mRNA levels of control were normalized to 1. Data are presented as mean ± SD calculated from all replicates. Data information: Data are presented in (D, as mean ± SD. Statistical analyses were done comparing two different genotypes using Mann-Whitney test (D *P < 0.05
(C) Mitochondrial targeted GFP (mitoGFP) was expressed in the germline using the nosGAL4 driver. Staining shows mitoGFP, Armadillo, and DNA. (D) Mitochondria were scored as healthy (H), clustered (C), or elongated and overly connected (E). All of mitochondria from fed UASp-mitoGFP/+;nosGAL4/+ flies were scored as healthy. n = 15 egg chambers manually scored. (E) mitoGFP was expressed in Dcp-1Prev1 flies using the nosGAL4 driver. (F) 54% of egg chambers from UASp-mitoGFP/+;Dcp-1Prev1/Dcp-1Prev1;nosGAL4/+ flies contained elongated mitochondria, 39% contained mitochondria that were scored as healthy, and 7% contained clustered mitochondria. n = 28 egg chambers manually scored.
(a,b) Immunoassay of 293 cells transfected with various combinations of full-length SLAM (a) or hemagglutinin-tagged (-HA) tail-less SLAM (b), EAT-2A, V5-tagged (-V5) Vps34-Vps15, and beclin-1; proteins immunoprecipitated (IP) from lysates with monoclonal antibody to SLAM, as well as whole-cell lysates (WCL), were analyzed by immunoblot (IB) with anti-beclin-1, anti-Vps34, anti-V5, anti-hemagglutinin, anti-SLAM or anti-EAT2.
HeLaS3 whole-cell extract was immunoprecipitated using anti- AGO2 antibody or IgG, as mock IP. TERC RNA enrichment in AGO2 RIP as compared to IgG RIP was assessed by RT-qPCR . 7SK RNA was used for normalization (n=4 experimental replicates).
293T cells were treated with H2O2 for 2 h, and cell lysates were then immunoprecipitated with Dynabeads Protein G pre-coupled with rabbit IgG (control) or anti-ATAD3 antibody, followed by Western blotting with anti-LC3B or anti-ATAD3 antibodies.
A-B. Nucleosome occupancy at condensin binding sites during mitosis. Fission yeast cells expressing Cnd2-GFP were arrested in mitosis, mitotic indexes determined (A), and cells processed for MNase-seq. (B) NDRs are shown in purple and condensin binding sites in blue with a star indicating the peak maximum. Nucleosome patterns shown are representative examples of 3 biological replicates.
Reconstituted CMG-MCM-7 ubiquitylation reactions were performed as above in the presence of the indicated factors. 'Neddylation' indicates addition of the C. elegans ULA-1_RFL-1 E1 enzyme, the UBC-12 E2 enzyme, the DCN-1 E3 enzyme and NED-8.
Barplot of the significantly changed proteins (Benjamini-Hochberg adjusted P <0.05) in Tefm knockout mice compared to control mice (n= 5 mice for each group), organized by individual OXPHOS complexes. Proteins are organized in alphabetic order based on gene name. Bars represent mean log2 [L/L, cre / L/L] ± 95% confidence interval.
Lysates from wildtype, ∆Gid4, and Gid4∆C strains expressing endogenously tagged 3xFLAG-Gid10 that were grown at 42°C for one hour, and then returned to 30°C for the indicated timepoints were run on an SDS-PAGE gel and immunoblotted with αFLAG and αPGK.
(A) Analysis of total iron levels measured by Inductively Coupled Plasma-Optical Emission Spectrometry (ICP-OES). Cells were grown under either rich-media (PS), iron-restricted (PS + 150 μM DP) or glucan supplemented iron-restricted media (PS + 150 μM DP + 0.5 mg/ml glucan) till the late exponential growth phase. Bacterial cells were harvested, washed and then iron content was determined using ICP-OES. Data shown are mean ± SD (n=3). ** indicates p value < 0.01 determined by paired student t-test (two tailed with equal variance).
D) Quantification of the degree to which fluorescent signals from the indicated fluorescent proteins colocalize. See Fig. EV3A and Materials and Methods for details. For each group, 27 granules from 3 animals (3 cells per animal, 3 granules per cell) were quantified. Black line indicates mean of the degree of colocalization in each group.
E. Phosphorylation sites of ATOH1-GST purified from N2a cells were determined by LC-MS/MS. 5 phosphorylation sites (Y78, S82, S309, S311, S328) were identified.
C atg19Δ cells containing GFP‐Atg19 wild‐type or mutants as indicated were grown to mid‐log phase. Processing of endogenous Ape1 was analyzed by Western blotting and quantified by calculating the ratio of cleaved versus uncleaved Ape1 normalized to the wild‐type. Atg19 expression was assessed by anti‐GFP Western blotting.
Northern blot analyses and relative quantification of mtRNA transcripts in control and Tefm knockout mouse hearts at the age of 4 and 8 weeks (n= 12 mice at each time-point for each group). 18S rRNA and 5.8S rRNA were used as loading controls, respectively. HSP transcripts: 12S rRNA 4 weeks P= 0.005966044, 8 weeks P= 0.0806819; 16S rRNA 4 weeks P= 0.000223004, 8 weeks P= 0.00243443; Nd1 4 weeks P= 0.0352088, 8 weeks P= 0.000344158; Cox1 4 weeks P= 0.000353895, 8 weeks P= 0.00145773; Cox2 4 weeks P= 0.0145193, 8 weeks P= 0.00578484; Cox3 4 weeks P= 0.00834317, 8 weeks P= 0.000392364; Nd5/Cyb 4 weeks P= 0.0010185, 8 weeks P= 0.00153049; Nd5 4 weeks P= 0.024621, 8 weeks P= 7.38074E-05; Cyb 4 weeks P= 3.46175E-06, 8 weeks P= 0.000991942; LSP transcript: Nd6 4 weeks P= 0.000162704, 8 weeks P= 0.000187855. (E) HSP transcripts: Tf 4 weeks P= 0.0297685, 8 weeks P= 0. 000212544; Tv 4 weeks P= 0.842023, 8 weeks P= 0.269231; Tl1 4 weeks P= 0.00921072, 8 weeks P= 0.000430068; Tm 4 weeks P= 0.0084742, 8 weeks P= 0.000142524; Tk 4 weeks P= 0.00297015, 8 weeks P= 0.00010425; Ts2 4 weeks P= 0.0128829, 8 weeks P= 2.27321E-05; Tl2 4 weeks P= 0.00701324, 8 weeks P= 0.000411549; Tt 4 weeks P= 0.00572118, 8 weeks P= 0.000807943; LSP transcript: Tp 4 weeks P= 0.0427191, 8 weeks P= 0.0483328; Te 4 weeks P= 0.464031, 8 weeks P= 0.13412; Ts1 4 weeks P= 0.0382215, 8 weeks P= 0.000478237; Tc 4 weeks P= 0.00418795, 8 weeks P= 0.000287525; Tn 4 weeks P= 0.00531668, 8 weeks P= 0.000374367; Ta 4 weeks P= 0.00247257, 8 weeks P= 0.000564597; Tq 4 weeks P= 0.00385524, 8 weeks P= 0.000727981.
(C) Lysates of ovaries from w1118, alix1 and alix-l/CyO; alix1 flies were immunoblotted for ALIX, α-tubulin and GAPDH (loading control)
(D) fluorescence microscopy of Candida albicans stained with control IgG or mTLR2-Fc anti-Fc-Alexa594, together with ConA-Alexa488 and CFW (n=4 each). Scale bar = 5 μm I one representative of 'n' independent experiments is show
Micrograph sections of d40 hCOs electroporated with GFP-CSTB expressing vector or GFP-R68X mutant and analyzed 5 dpe. Sections were immunostained for GFP and Ki67. The dashed lines represent the apical surface of the cavities/ventricles (V-like). The cortical plate like side is indicated (CP-like). Quantification of the total number of proliferating KI67+ cells/area(µm2)(F) and Ki67+GFP+ cells/area(µm2)(G) of ventricles like structures transfected with GFP-empty vector control, GFP-CSTB or GFP-R68X mutant in (E).
A Schematic of AAVretro-Cre and AAV-DIO-hM4Di-mCherry or AAV-DIO-mCherry injections.
(E) Sensitivity assay was conducted with WT and HMCES KO cells upon treatment with AP Endonuclease inhibitor III (APEi). Results are presented from two independent experiments and data are presented as mean±s.e.m.
(B) Bar chart representing enriched Gene Ontology (GO) terms. FDR was calculated by Benjamini-Hochberg correction (n=4).
(C) List of proteins identified from at least two independent LC-MS/MS analyses of Mog1-TAP purifications. Numbers indicate peptides of matching amino acids from identified peptides with a confidence greater or equal to 95% divided by the total number of amino acids in the sample (coverage 95%). An identifier of function or complex for each protein is listed.
F. Boxplots reporting LPS-induced changes (Log2FC) for each of the four RNAPII kinetic rates in c-mycwt/wt (wt) and c-myc∆/∆ cells for genes of clusters 1 and 9. p-values obtained with two-sample Wilcoxon tests for the comparison between c-mycwt/wt and c-myc∆/∆ cells are reported.
A Immunoblot analysis of immunoprecipitated Flag-tagged histone H2B with anti-Flag (bottom panel) or anti-SUMO (upper panel) antibodies in WT, ulp2Δ, SUMO-all KR or ulp2Δ SUMO-all KR strains carrying empty vector or pRS426-FLAG-HTB1. One, two or three asterisks represent mono, di and polysumoylated histones, respectively. Note that the apparent diSUMO-H2B species (**) in ulp2Δ SUMO-all KR cells migrates more slowly than H2B linked to a SUMO dimer, suggesting that this species likely represents a low level of H2B with SUMO attached to two different histone lysines (lane 8; also see weaker band in lane 6).
(B) Maximum Ca2+ flux (peak height) at each anti-IgM concentration for FOB and MZB cells. Paired t test, ns = not significant, *P < 0.05, and ***P < 0.001.
(A) Gene expression pattern of BCL11B (red dots) and HES1 (blue squares) during human T cell development, derived from microarray data as shown in Figure 2. (n=2 biological replicates and error bars indicate SEM).
Schematic representation of the proposed temporal regulation of BCL11B expression during critical stages of human T cell development as explained in more detail in the discussion of the manuscript.
(C,F) Cells were grown to mid-log phase either in rich medium or shifted for 8 hours to starvation medium. Zygotes and tetrads, which correspond to differentiated cells, were counted under a light microscope. Cells of the following genotypes were analyzed: WT isogenic controls, gcn5Η, tsc1Η, gcn5Η tsc1Η, rhb1-DA4, gcn5Η rhb1-DA4, gad8Η, and gcn5Η gad8Η. Each value represents the mean percentage and SE of differentiating cells to the total number of cells, averaged from 4 independent experiments. At least 200 cells from the indicated genotypes were counted in each experiment. White arrowheads indicate zygotes. Scale bar, 10 μm.
(B) Physiological ARSA expression in cortical and subcortical regions of the injected hemisphere in LV.GFP-injected NHP P1. Scale bar, 100 µm. Insets show ARSA-expressing cells at higher magnification. Note the perinuclear accumulation of ARSA protein.
Depletion of Nrp-1 abolished the response to Sema3C. Sema3Cp60 had no effect on HUVEC adhesion. Arrows indicate membrane ruffling. Scale bar, 20 μm. Cell repellence was quantified as the number of cells with membrane ruffling normalized to the number of nuclei (n = 5; mean ± s.e.m.; paired Student's t-test, ***P = 0.0003).
h,i) NPC cells either with or without exogenously expressing BAP1 were examined by anchorage-independent colony formation assay (h) and WB assay with indicated antibodies (i). β-actin was examined as a loading control. The data shown in a, b, e, f and h represent the mean ± s.d.; n = 3 for a, b, e and f; n = 4 for h. *P 0.05, **P 0.01. Student's t-test was used to calculate statistical significance in a-c, e, f and h; the blots shown in d, g and i are representative of three total blots run.
(C) Whole-mount immunohistochemistry with anti-neurofilaments antibody for visualization of peripheral nerves. In crmp2-/- embryos, the growth of ophthalmic branch of the trigeminal nerve is increased and axons are defasciculated (first and second row, arrowheads). Similarly, we detected increased growth and branching of lateral branches of spinal nerves in crmp2-/- embryos (third row, arrowheads). Trigeminal nerve (V) and its branches (Op - ophthalmic, Mx - maxillar, Md - mandibular) are indicated. Scale bars: 500 μm.
A. Immunoblot analysis of FOXM1 and SATB2 expression in T3359 GSCs transduced with FOXM1 or vector control in combination with shNT or shSATB2.
F. Electron micrograph of NCOA4 KO MEFs reconstituted with myc-hNCOA4. Cryosections were labeled with anti-myc antibody. Scale bar, 200nm. G. Quantification of the diameter of NCOA4 condensates. Red line shows the mean. The dot plot represents the diameter of 36 condensates from two biological replicates.
D. Estimate of variance explained by asymmetric distribution of OCT4 to daughter cells. The same R2 over time mother-daughter traces were randomly sampled from a set of mother-daughter traces that contained sister-cell pairs (blue line) or only one randomly selected sister cell from each pair (red line). E. Difference in variance explained between red and blue traces in panel D. The black line represents the actual difference; the red line shows a smoothing (moving average = 1.25 h) of the black trace to highlight the overall trend.
D GOT2 acetylation enhances the interaction between ectopically expressed GOT2 and MDH2. Flag‐GOT2 and Myc‐MDH2 were co‐overexpressed in HEK293T cells treated without or with NAM (5 mM) for the indicated time period. The acetylation level of Flag‐bead‐purified GOT2 and the protein association between ectopic proteins of GOT2 and MDH2 were determined by Western blot analysis.
Primary hepatocytes were isolated from 12-week-old male Prom1+/+ (WT) or Prom1-/- (KO) mice, serum-starved and stimulated with glucagon. G. Levels of phospho-PKA substrates (p-PKA substrates), phospho-CREB (p-CREB), CREB, phospho-Inositol trisphosphate receptor (p-IP3R), IP3R, phospho-Hormone-Sensitive Lipase (p-HSL), HSL, Prom1 and Gapdh 10 minutes after glucagon stimulation (10 nM) were determined by immunoblotting.
(I) Left: Boxplot displaying signal intensity of DAXX at PCH relative to mean intensity at pat-PCH in wild-type zygotes micro-injected with Cbx2 or Cbx24KR-EGFP mRNA. Right: Absolute intensities of EGFP in same samples. In boxplots, the enter lines show the medians; box limits indicate the 25th and 75th percentiles as determined by R software; whiskers extend 1.5 times the interquartile range from the 25th and 75th percentiles. Datapoints are indicated by circles. Experiments were replicated 2 times. ***P<0.001, t-test.
C: Combined violin and box plot (box shows lower quartile, median and upper quartile, whiskers extend to the most extreme data point within 1.5 the interquartile range of the box) of the proportion of low-complexity regions (D2P2) of GFP-TDP-25-specific, GFP-TDP-43-specific or shared/common interactors. TDP-25 specific (0.144 ± 0.021, n=432 Uniprot IDs) vs TDP-43 specific (0.266 ± 0.061, n=78) vs common interactors (0.184 ± 0.02, n=481): H(1)=22.276, df=2, p=1.455*10-5, η²[H]=0.0205, Kruskal-Wallis test. TDP-25 specific vs TDP-43 specific: ***p=0.00054, TDP-25 specific vs common: ***p=0.00035, TDP-43 specific vs common interactors: *p=0.04893, Pairwise Wilcoxon Rank Sum Tests with Benjamini-Hochberg correction.
D Responsiveness of 3ddiTHP1 cells upon challenge with human (Hs) mitochondrial (mt) RNA (triangle, increasing doses).
(D, E) Representative immunoblots (D) and quantification of Tau degradation (E) from 14 DIV neurons transduced with mCh or mCh-TSG101, treated for 24 h with either DMSO (CON) or cycloheximide (CHX), and probed for Tau and tubulin. Overexpression of TSG101 increases Tau degradation (n=17/condition, unpaired student's t-test, *p=0.0115)
(A-C) The relative levels of (A) canalicular membrane (BA) transporter Bsep, Mrp2, Mdr1b, Mdr2, Abcg5 and Abcg8 mRNA transcripts, (B) basolateral membrane BA transporter Mrp3, Mrp4, Ostβ, Ntcp and Oatp1a1 mRNA transcripts, and (C) BA synthetic enzyme Cyp7a1, Cyp7b1, Cyp8b1, Cyp27a1, and Cyp2c70 mRNA transcripts. Wild type, wild type mice, n=6; Heterozygote, Sema7aR145W heterozygous mice, n=5; Homozygote, Sema7aR145W homozygous mice, n=7. Data are shown as means ± SD. *P < 0.05 versus the WT mice, #P < 0.05 versus the heterozygous mutant mice. The data were analyzed by the independent-samples Student's t-test and the Mann-Whitney U test.
(D) NOTCH1 correlating miRNAs (spearman rho >= 0.3) of in vitro cultured thymocytes across multiple culturing conditions and timepoints. The miRNA expression levels were scaled transcript wise and red arrows indicate members of miR-17~92 cluster (n=2).
(C) CCFs in OIS cells are lamin A/C negative. (D) Cells from C were scored for lamin A/C+ and lamin A/C− CCFs. Note that the majority of micronuclei in control cells are lamin A/C positive. Mean ± SEM, n = 3; P < 0.0006 for lamin A/C negative CCF con vs. OIS; P < 0.6 for lamin A/C positive CCF con vs. OIS.
H Polysome profiling assays. The fractionation of lysates from 3T3-L1 cells transfected with or without YTHDF1 plasmid is shown on the top. RNAs in different ribosome fractions were extracted and subjected to qPCR analysis.
hIGFREO , food consumption using indirect calorimeter assessment after HFD compared to wildtype littermates (WT) after HFD. (n=4 per genotype).
B. Genomic DNA was isolated from the wound tissues, and the amount of human-specific Alu DNA was quantified by real time PCR, and then converted to the number of AT-MSCs based on a standard curve. Data are expressed as mean ± SEM, n = 3 at each time point, *p<0.05 by two-tailed unpaired t-test.
Jurkat CD4+ T cells were treated with IFN-α, IFN-β and IFN-γ for 24 h. The mRNA expression levels of PEBP1 were measured by qPCR
A. Tumor mass volume was measured at specific time-points until the day of sacrifice (day 39 post-injection for control, day 46 and 56 p.i. for MCU-/- cl.1 and cl.2, respectively). P-values: ***p=0.0001, ***p<0.0001.
L. HeLa cells stably transfected with tetracycline (Tet)-inducible Bcl-xL expression vector were incubated in DMEM containing Tet or not for 12 hours, then treated with DMSO or 10 μM MG132 for 8 hours, then washed and incubated in fresh medium for another 3 days, Immunoblot analysis of the cells is shown in (L). The induced Bcl-xL was detectable even 3 days after treatment withdrawal, because this protein is stable.
(f) Numbers of neutrophils and 4T1 tumor cells in lungs and brain of WT mice receiving WX-340 or vehicle therapeutically after 1 week after tumor cell injection on a daily basis as assessed 14 days after intravenous injection of 4T1 tumor cells by multi-channel flow cytometry, quantitative data are shown (mean±SEM for n=4-6 mice per group; *p<0.05 vs. drug vehicle; t test).
(E) Immunofluorescence analysis of the ZSCAN4 protein in Foxd3 cKO cells, Foxd3 cKO cells over expressing full length FOXD3 or FOXD3 M1 without and with 4-OHT. Nuclei are labelled with DAPI. The percentage of counted cells (~150 cells per experiment) exhibiting fluorescence signal is indicated. Scale bar represents 10μm n=3 biological replicates.
(A, B, C, D) Cells were treated with MDMX siRNA for 48 hrs and analyzed for β-catenin pS45 level by western blot.
(b) Correlation analyses of RNA expression levels of uPA (PLAU gene), PAI-1 (SERPINE1 gene), and the neutrophil marker gene FPR1, and overall survival of breast cancer patients (stages 0 and 1) with high and low PLAU or SERPINE1 gene expression levels (cut-off z≥ 2.0) in the METABRIC breast cancer cohort.
Results show that LPS primed MSCs injected into wounds provoke increased expression of MIP/KC in endogenous neutrophils. MIP/KC represents functional homologues of IL-8 in mice and are known as neutrophil chemoattractant. Similar results were found for IL-1β, which is a strong chemoattractant for neutrophil recruitment and bacterial clearance. In addition, LIX which shares 63% amino acid sequence identity with human GCP-2/CXCL6, a chemoattractant for neutrophils. The graphs display numbers of double positive cells for Ly6G MIP/KC, IL-1β and LIX, respectively. PBS and non-primed MSCs injected wounds served as controls. To facilitate comparison, areas inside the rectangles are shown at 5x magnification in the insets. Statistical analysis was performed using one way ANOVA, values are represented as mean ± SEM, six biological replicates. Scale bars: 50µm.
Knockdown of components of the BRM complex reduces Su(H) recruitment both in Notch-OFF (B) and Notch-ON (C) conditions. Fold enrichment of Su(H) occupancy at the indicated positions detected by ChIP, relative to input, in Kc167 cells treated with brm, Snr1 or GFP RNAi as a control. Notch-ON conditions (C) were induced by 30 minutes of EGTA treatment. Mean +/- SEM, n = 3 (B); Mean, n = 2 (C); * p<0.05 with one-tailed student's t-test compared to GFP RNAi control.
Survival curve of smc5 cells complemented or not with chicken SMC5 cDNA and treated with different concentrations of cisplatin. The experiment is carried out at 39.5ºC. Data represents means ± SD of at least 3 experiments.
C. Intracellular levels of leucine, arginine, and lysine in NIH3T3 cells collected 30 min after the LRK mixture was added to starved cells (n=3 biological replicates for each group).
Working model of autophagy regulation by IO. Acute IO leads to inhibition of mTORC1 leading to autophagy induction. Prolonged IO prevents ALR-mediated production of new lysosomes through AKT-TSC-Rheb-mTORC1-UVRAG signaling defects. The lack of free lysosomes contributes to autophagy inhibition and insulin resistance in skeletal muscle.
(f) Immunofluorescence analysis of SSTR2, the pericyte cell type marker PDGFRB and a marker for smooth muscle cells DESMIN in IPF (n=3) and control samples (n=3).
A. Immunostaining of P5 cerebellum with indicated antibodies. (A) low magnification. (A'-A'''') high magnification. The solid line indicates the pial edge of the EGL. The dashed line demarcates the bottom of the KI67-stained region. The outer EGL corresponds to the area between the solid and dashed lines, which contain GCPs.
H. The serum and mucle ketone body levels, quantified enzymatically, as described in the Materials and Methods section (n = 10 in each group).
(a) Fluorescence microscopy of DHE→Eth conversion and annexin V (green)/PI (red) co-staining of wild-type cells at day 18 of the chronological ageing experiment shown in Fig. 1b. Scale bars, 10 μm. (b, c) Quantification of DHE→Eth conversion (b) and annexin V/PI co-staining (c) using FACS analysis performed at indicated time-points of the chronological ageing experiment shown in Fig. 1b. Data represent means ± s.e.m. (n = 3; *P 0.001).
(C) Western Blot analysis CREBH protein stability after HRD1 over-expression. Data information: The data are representative of three independent experiments (mean ± s.d.). *: P<0.05. **: P<0.01 by unpaired student's t test.
F. qRT-PCR analysis demonstrates that miR-10b target p21 was de-repressed in GL261 tumors upon miR-10b inhibition. mRNA expression levels were normalized to GAPDH.