Acute stress triggers RNA splicing and protein secretion in humans

Supplementary Tables to the publication "Acute stress triggers RNA splicing and protein secretion in humans" Supplementary Table 1 – Demographic information of bungee jump participants and control group Supplementary Table 2 – T- test results from proteomic measurements of PBMCs within the controls Supplementary Table 3 – T- test results from phophoproteomic measurements of PBMCs within the controls Supplementary Table 4 – T- test results from proteomic measurements of PBMCs within the jumpers Supplementary Table 5 – T- test results from phophoproteomic measurements of PBMCs within the jumpers Supplementary Table 6 – rmANOVA results of proteomic measurements of PBMCS within the jumpers including cluster information and log2-normalised and imputed intensities Supplementary Table 7 – GO results for Cluster 1 and Cluster 2 of proteomic measurements of PBMCS within the jumpers Supplementary Table 8 – rmANOVA results of phosphoproteomic measurements of PBMCS within the jumpers including cluster information and log2-normalised and imputed intensities Supplementary Table 9 – GO results for Cluster 1 and Cluster 2 of phosphoproteomic measurements of PBMCS within the jumpers Supplementary Table 10 – Raw count matrix of RNAseq data of PBMCs of jumpers and controls post-filtering Supplementary Table 11 – Normalized count matrix from DESeq2 of RNAseq data of PBMCs of jumpers and controls Supplementary Table 12 – Wald Test results from RNAseq measurements of PBMCs of jumpers and controls Supplementary Table 13 – LimitedRatio test results from RNAseq measurements of PBMCs of jumpers and controls Supplementary Table 14 – GO results of transcriptomics measurements of PBMCS within the jumpers Supplementary Table 15 – Raw count matrix of RNAseq data of PBMCs stimulated ex-vivo with different steroid hormones post-filtering Supplementary Table 16 – Log-transformed counts per million of RNAseq data of PBMCs stimulated ex-vivo with different steroid hormones Supplementary Table 17 – List of DEGs after DEX stimulation ex-vivo and their regulation within the group of jumpers Supplementary Table 18 – Overlap of DEGs and alternatively spliced genes at each timepoint Supplementary Table 19 – Table of alternatively spliced genes at each timepoint within the group of jumpers comparing to T0 Supplementary Table 20– Table of alternatively spliced genes at each timepoint comparing jumpers vs controls Supplementary Table 21– GO results of alternatively spliced genes within the group of jumpers comparing to T0 Supplementary Table 22– GO results of alternatively spliced genes comparing jumpers vs controls Supplementary Table 23 – Log2-normalised and imputed intensities of proteomic measurements of plasma of Nanoparticle 1 Supplementary Table 24 – Log2-normalised and imputed intensities of proteomic measurements of plasma of Nanoparticle 2 Supplementary Table 25 – T- test results from proteomic measurements of plasma of Nanoparticle 1 Supplementary Table 26– T- test results from proteomic measurements of plasma of Nanoparticle 2 Supplementary Table 27– Results from GO analysis from Nanoparticle 1 Supplementary Table 28– Results from GO analysis from Nanoparticle 2 Supplementary Table 29– Results from Pearson correlation between plasma proteome and PBMC proteome