Mitochondrial membrane-potential measurements
Interpret potential-sensitive dyes without equating their fluorescence with ATP production or general mitochondrial health.
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Live-cell imaging of peptide responses
Read time-resolved cell observations while checking whether imaging, tracking and sampling affect the apparent response.
Read the article →qPCR endpoints in peptide studies
Read transcript-associated qPCR results by checking amplification, reference genes and the calculation behind relative expression.
Read the article →RNA sequencing after peptide exposure
Read a transcriptome comparison by tracing counts, normalisation and the stated contrast before interpreting gene lists or pathways.
Read the article →Western blot endpoints in peptide research
Read protein-band comparisons by checking antibody recognition, quantitative range and the denominator used for normalisation.
Read the article →ELISA measurements in peptide experiments
Interpret an immunoassay result by checking recognition, calibration and how the sample behaves relative to its standards.
Read the article →Multiplex cytokine panels
Read several cytokine measurements together while preserving each analyte’s range, detection evidence and biological context.
Read the article →Phosphoproteomics in peptide signalling research
Distinguish phosphopeptide abundance, site localisation and phosphorylation occupancy in a signalling dataset.
Read the article →Targeted proteomics with peptide standards
Follow the evidence connecting a measured surrogate peptide to the amount of its parent protein.
Read the article →Untargeted proteomics after peptide treatment
Read discovery-scale protein results by separating analytical coverage, identification confidence and abundance comparisons.
Read the article →Metabolomics endpoints in peptide research
Distinguish a changing analytical feature, a supported metabolite identity and evidence about metabolic pathway activity.
Read the article →Single-cell measurements of heterogeneous responses
Read cell-to-cell variation without confusing technical noise, population composition or cell counts with independent replication.
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