Translating animal findings into human claims
Identify the evidence needed between an animal-model observation and a claim about effects in people.
Read the article →Research Hub
Explore peptide science, analytical testing and the documentation behind research materials.
500 articles to explore
Evidence maps for emerging peptide research
Read a map of research coverage without mistaking a busy cell for strong evidence of an effect.
Read the article →How to label uncertainty in a research summary
Explain exactly what remains uncertain instead of relying on vague qualifiers or an unsupported confidence label.
Read the article →Updating a literature review when new studies appear
Decide what new information changes in an evidence summary and record a revision that readers can follow.
Read the article →Clinical trial phases in peptide research
Read a clinical trial phase as a description of study purpose, then check the actual status, methods and results.
Read the article →Composite outcomes and their component results
Understand how a combined endpoint is constructed and why its result does not establish the same effect on every component.
Read the article →Radioligand binding assays for peptide receptors
Read radioactive-tracer binding results while distinguishing total signal, specific binding and functional activity.
Read the article →Fluorescence-based receptor binding assays
Identify what an optical binding signal represents and how fluorescence interference can complicate its interpretation.
Read the article →Surface plasmon resonance for peptide binding
Read an SPR sensorgram by separating the surface response, kinetic model and evidence for the interaction being claimed.
Read the article →Biolayer interferometry for peptide interactions
Interpret a BLI binding trace with attention to sensor loading, reference signals and the distinction between affinity and surface retention.
Read the article →cAMP readouts in peptide receptor studies
Read a cAMP experiment by separating receptor coupling, messenger change and the direction of the detection signal.
Read the article →Calcium-flux assays in peptide research
Interpret a transient calcium-sensitive signal without equating it to receptor binding or assuming the engineered pathway is native.
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