Gene Expression Analysis in AMS: Correlation and Functional Annotations
This study presents a comprehensive analysis of gene expression changes in AMS, including correlation coefficients from biological replicates, GO annotations for genes up- and down-regulated in AMS, and insights into metabolism-related gene functions. Additional focus is given to regulatory genes, kinase pathways, transcriptional regulation, protein trafficking, stress responses, and degradation mechanisms involving ubiquitin and autophagy. Real-time PCR results corroborate microarray findings, providing a robust framework to understand the molecular changes in AMS.
Gene Expression Analysis in AMS: Correlation and Functional Annotations
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Presentation Transcript
Supplemental figure 1: Correlation coefficients between signal intensities from biological replicates of wild
Supplemental figure 2: GO annotation of genes up-regulated in ams
Supplemental figure 3: GO annotation of genes down-regulated in ams
Supplemental figure 4: GO annotation of metabolism-related genes
Supplemental figure 5: GO annotation of secondary metabolism-related genes
Supplemental figure 6: Genes involved in regulation that are differentially expressed in ams
Supplemental figure 7: Genes involved in kinase pathways that are differentially expressed in ams
Supplemental figure 8: Genes involved in transcriptional regulation that are differentially expressed in ams
Supplemental figure 9: Genes involved in protein trafficking that are differentially expressed in ams
Supplemental figure 10: Genes involved in stress response that are differentially expressed in ams
Supplemental figure 11: Genes involved in ubiquitin and autophagy dependent degradation that are differentially expressed in ams
A B C D E F Supplemental figure 12: Real-time PCR results consistent with microarray data
