Prediction Model of Response for Combined Chemo-Radio-therapy Based on Clinical and Molecular Biology
Prediction Model of Response for Combined Chemo-Radio-therapy Based on Clinical and Molecular Biology
Retrospective review of old patients
Prospective case-control study: RNA sequencing & miRNA microarray
naive esophageal cancer patients who have a plan to receive concomitant chemo-radiotherapy
***Analysis of mRNA sequencing / miRNA sequencing**** first analysis of RNA sequencing: bioinformatician second analysis of RNA sequencing: principle investigator
Experimental set for qPCR (esophageal tissue) study group
TMA for screened exon gene
validation set for qPCR (esophageal tissue)
follow-up of circulating miRNA in blood (baseline blood & post-CCRT blood 3M, 6M, 12M)
Prediction model for CCRT response in esophageal Cancer based on clinical and molecular factors
Validate the prediction model.
Retrospective review of old patients
Study Group
Prospective case-control study: RNA sequencing & miRNA microarray
study group
non-responder (N=14)
Complete Remission (N=14)
For considering the drop rate, 2-fold screening
***Analysis of mRNA sequencing / miRNA sequencing**** first analysis of RNA sequencing: bioinformatician second analysis of RNA sequencing: principle investigator
3) Experimental set for qPCR (esophageal tissue) study group
4) TMA for screened exon gene
5) validation set for qPCR (esophageal tissue) new esophageal cancer set
6) follow-up of circulating miRNA in blood (baseline blood & post-CCRT blood 3M, 6M, 12M)
7) Prediction model for CCRT response in esophageal Cancer based on clinical and molecular factors
Test several combination models
8) Validate the prediction model.
9) primary organoid culture and prediction of chemoradiotherapy response
Inclusion Criteria:
Exclusion Criteria:
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