Combining genome-wide association studies (GWAS) with metabolomics and Mendelian randomization is transforming precision medicine by uncovering causal links between genetic variants and clinical outcomes, rather than just correlations.
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Metabolomic data analysis is a complex process, but with the right tools and techniques, it is a valuable source of information for researchers.
A data analysis pipeline is a necessary tool for any researcher looking to make sense of their metabolomic data. By using a pipeline, you can ensure that your data is processed in a consistent and reliable manner, allowing you to focus on the interpretation of the results of your analysis.
3 assets needed to excel at metabolomics data interpretation
Data interpretation is often overlooked in omics training. But without knowing how to make sense of our results in the broader biological context, we’ll struggle to pull out actionable insights from our data.The biological interpretation of metabolomics is a long but...
Which sample matrix should I use for my metabolomics study?
While there’s no single correct approach to figuring out your sample matrix, there certainly are things that could be done wrong. Here, we dive into some of the advantages and advantages of the sample matrices you might consider for you metabolomics study.
Importance of pre-analytics for metabolomics studies
Pre-analytics influences metabolite concentrations. Adherence to standardized sample collection and storage protocols is crucial for reliable metabolomics data
Prediction of cancer survival rate with metabolomics
Metabolomics can be combined with clinical data for the prediction of patient survival after anti-tumor treatment.