Resultados de investigación

Supplementary Fig 1. Analysis of subcellular localization of pyrimidine metabolism enzymes in a CCD-34 Lu quiescent cell model; Supplementary Fig 2. Immunofluorescence characterization of pyrimidine metabolism enzymes upon DCTPP1 knockdown in CCD-34 Lu cells; Supplementary Fig 3. Immunofluorescence panel of pyrimidine metabolism enzymes upon DCTPP1 knockdown in resting CCD-34Lu cells; Supplementary Fig 4. In situ mtDNA staining by immunofluorescence; Supplementary Fig 5. Mitochondrial function evaluation by citrate synthase activity., Peer reviewed

You can cite all versions by using the DOI 10.5281/zenodo.15106664. This DOI represents all versions, and will always resolve to the latest one., Peer reviewed

Recruitment Process Flowchart Based on the Strengthening the Reporting of Observational Studies in Epidemiology (STROBE) Statement [18]., Peer reviewed

Supplementary Table S1. Primers used in this study. -- Supplementary Table S2. Differential protein-coding gene expression analysis of DGCR8 KO2 vs WT from total RNA-Seq (DESeq2). -- Supplementary Table S3. Differential protein-coding gene expression analysis of DGCR8 KO1 vs WT from cytoplasmic RNA-Seq (DESeq2). -- Supplementary Table S4. Differential protein-coding gene expression analysis of DGCR8 KO2 vs WT from cytoplasmic RNA-Seq (DESeq2). -- Supplementary Table S5. Differential whole-cell proteomic data expression analysis of DGCR8 KO2 vs WT (DESeq2). -- Supplementary Table S6. Differential protein-coding gene expression analysis of DGCR8 KO1 vs WT from J2 immunoprecipitated dsRNA-Seq (DESeq2). -- Supplementary Table S7. Differential protein-coding gene expression analysis of DGCR8 KO2 vs WT from J2 immunoprecipitated dsRNA-Seq (DESeq2). -- Supplementary Table S8. Differential TE loci expression analysis of DGCR8 KO1 vs WT from J2 immunoprecipitated dsRNA-Seq (DESeq2). -- Supplementary Table S9. Differential TE loci expression analysis of DGCR8 KO2 vs WT from J2 immunoprecipitated dsRNA-Seq (DESeq2). -- Supplementary Table S10. Correlation between the log2FC (22qDS/control) of 22q11.2 deleted genes and ISGs., Peer reviewed

Resultant Variables in Logistic Regression Analysis for Cannabis Consumption on Adolescents., Peer reviewed

Sociodemographic, Psychological, and COVID-19 Variables Related to Cannabis Use in Adolescents., Peer reviewed

Sociodemographic, psychological, and related COVID-19 and cannabis behaviour and perception description of the sample and its correlation with adolescents’ COVID-19 testing positive., Peer reviewed

Figure S1: Representative images of vaginal smears; Figure S2: Representative images of daily fecal excretion; Table S1: Composition of the high-saturated fat high-cholesterol diet (U8958P version 370 purchased from Safe), which was provided to all experimental groups, compared to AIN-93M control diet; Table S2: Statistical results., Peer reviewed

Table S1. Peptides identified by LC–MS/MS and immunogenic epitope mapping after INFOGEST 2.0 digestion of Chilli durum wheat under conventional cultivation. Table S2. Peptides identified by LC–MS/MS and immunogenic epitope mapping after INFOGEST 2.0 digestion of Chilli durum wheat under organic cultivation. Table S3. Peptides identified by LC–MS/MS and immunogenic epitope mapping after INFOGEST 2.0 digestion of INRAT100 durum wheat under conventional cultivation. Table S4. Peptides identified by LC–MS/MS and immunogenic epitope mapping after INFOGEST 2.0 digestion of INRAT100 durum wheat under organic cultivation. Figure S1. Relative proportion of immunogenic peptides and their abundance in Chili and INRAT100 durum wheat samples under conventional and organic cultivation., Peer reviewed

Multimedia component 1: Figure S1., Peer reviewed