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Supplementary Tables – Methylated circulating cell-free DNA from plasma biomarkers of Alzheimer's disease using targeted bisulfite sequencing

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posted on 2022-04-13, 10:53 authored by Figshare Future Science GroupFigshare Future Science Group, Julien Guemria, Morgane Pierre-Jeana, Solène Broharda, Nouara Oussadaa, Caroline Horguesa, Eric Bonneta, Florence Mauger, Jean-Francois Deleuze


Supplementary   table 1: Plasma samples from 22 Caucasian individuals.

Supplementary   table 2 : Custom gene panel of our   targeted bisulfite sequencing protocol. DMCs and/or DMRs were identified in   the literature from brain, blood or plasma samples of AD compared to control   and were identified in brain-specific.

Supplementary   table 3 : Tissue specificity of genes (RNA and protein expression) in the   targeted-bisulfite capture gene panel according to the Protein Atlas   Database. Genes with an "enriched" expression in a tissue show at   least four-fold higher mRNA level compared to any other tissue. Genes with an   "enhanced" expression mean that there is at least four-fold higher   mRNA level in a tissue compared to the average level in all other tissues.      

Supplementary   table 4 : 632 DMCs in ccfDNA from plasma (q-value ≤0.05, Methylation   change >5%)

Supplementary table 5: 22 CpG segments and 2 DMRs identified in our plasma study of Alzheimer’s disease. The longest transcript is bold, a slash indicates that two genes overlap the segment and an asterisk indicates that this segment overlapped partially region identified. The two segments of DUP22 gene overlap two DMRs: chr6:291686-293332 identified in the superior temporal gyrus [13] and chr6:291687-292823 identified in the hippocampus, entorhinal cortex, dorsolateral prefrontal cortex and cerebellum [33]. The CpG segment and the DMR of the MBP gene overlap two DMRs identified on cortical pyramidal layers (chr18:74799500-74799572) [11] and on the pre-frontal cortex (chr18:74799495-74799572)[34]. 


the Centre National de Recherche en G´enomique Humaine (CNRGH)

the labex GENMED (ANR-10-LABX-0013)

France G´enomique (ANR-10-INBS-0009)

European Union’s Horizon 2020 research and in- novation programme (EASI-GENOMICS) under grant agreement No 824110