Resources

• 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.

• 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 to Interpret Lysosomal Proteomics Results

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

• How to Assess Lysosome Enrichment Before Proteomics

A problem-solving QC guide on assessing lysosome enrichment before proteomics, covering LAMP1/LAMP2 Western blot readiness, protein amount, and what not to expand by default.

• Lysosomal Proteomics for Lysosomal Storage Disorders

An application guide to using lysosomal proteomics for lysosomal storage disorders, covering enzymes, transporters, pathway remodeling, and project design.

• Lysosomal Proteomics in Neurodegenerative Disease Research

An application guide to lysosomal proteomics in neurodegenerative disease research, including Alzheimer-related study design, enrichment planning, and interpretation limits.

• Lysosomal Proteomics vs Whole-Cell Proteomics

A decision guide comparing lysosomal proteomics and whole-cell proteomics to help choose organelle enrichment or bulk cellular analysis for the study claim.

• Why Are Low-Abundance Lysosomal Proteins Hard to Detect?

A problem-solving guide explaining why low-abundance lysosomal proteins are hard to detect in bulk samples and how lysosome enrichment proteomics can improve detection chance without guaranteeing recovery.