Resources

Proteomics Databases



Metabolomics Databases

• • LC-MS Metabolomics and Lipidomics: Why Separation Matters

  A technique-focused explainer on how LC-MS analyzes chemically diverse metabolites and lipids, why chromatographic separation matters, and how complementary methods build coverage.

• • When Is Targeted Metabolomics More Appropriate than Broad Profiling?

  A method-selection guide to when targeted metabolomics beats broad profiling, with a comparison table, decision tree, and the standard-list prerequisite for targeted metabolite analysis.

• • What Can Untargeted Metabolomics Reveal in Comparative Studies?

  A discovery-oriented guide to what untargeted metabolomics reveals in comparative studies, covering group separation, differential features, pathway context, and reliable comparison design.

• • What Can Lipidomics Analysis Reveal About Lipid Composition?

  A research-value guide to what lipidomics analysis reveals about lipid composition, covering lipid classes, species, relative changes, and untargeted versus targeted routes.

• • Plasma and Serum Exosome Proteomics: Sample Preparation and Study Design Considerations

  A sample-scenario guide to plasma and serum exosome proteomics, covering collection differences, preparation checks, and study design considerations for blood-derived EV cargo analysis.

• • Can Isolated Exosomes Be Submitted for Proteomics Analysis?

  A feasibility guide for isolated exosome and isolated EV proteomics submissions, covering go/no-go checks for method, buffer, yield, storage, and QC before LC-MS/MS.

• • Exosome Proteomics Sample Requirements: What to Prepare Before LC-MS/MS Analysis

  A pre-submission guide to exosome proteomics sample requirements covering sample type, isolation status, storage and shipping, and QC information before LC-MS/MS.

• • How LC-MS/MS Supports Exosome Protein Analysis and EV Cargo Profiling

  A method guide explaining how LC-MS/MS supports exosome protein analysis and EV cargo profiling, covering the technical route, data outputs, and design limits.

• • Label-Free vs DIA vs TMT for Lysosomal Proteomics

  A comparison guide to Label-free, DIA, and TMT quantification for lysosomal proteomics, covering cohort design, quantitative goals, and method selection.

• • How to Interpret Lysosomal Proteomics Results

  A results-interpretation guide covering identification tables, quantitative matrices, differential analysis, and bioinformatics deliverables from lysosomal proteomics.