Proteomics Gives Us the Cancer Traffic Report

In cancer genotyping, genomics provides the blueprint, while proteomics tells us what has been built – so let's integrate them

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Genomics reveals a tumor's potential through DNA alterations, while functional proteomics shows its actual biological activities.
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Functional proteomics bridges the gap between genetic information and tumor behavior, impacting drug response and resistance.
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Phosphorylation plays a crucial role in regulating protein activity, which is often undetectable through standard genomic analysis.
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Understanding both genomic and proteomic data is essential for accurate therapy selection and predicting treatment outcomes.
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Proteomics provides insights into protein activation states and signaling networks, enhancing the understanding of cancer biology.

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