Educational research platform

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Welcome to Peptide Relay

Explore source-linked research, practical tools, and Community Intelligence with evidence, interpretation, and personal experience kept clearly separated.

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Peptide Relay status

Public Alpha

v0.9.0

Building Relay with the community.

Relay is now feature-complete and has entered its first Public Alpha.

From this point forward, improvements are driven by real-world usage, community feedback, analytics, and research rather than internal feature planning.

Thank you for helping shape Relay.

What's NewWhat shipped in the current release
v0.9.0 — Public AlphaJuly 2026

Research Library

Thirty-five source-traceable compound and blend profiles with plain-English summaries, detailed science, evidence context, timelines, and references.

Learn

Peptide 101 and seven cornerstone guides for reading studies, mechanisms, evidence strength, personal experiences, and research uncertainty.

Compare

Side-by-side research context with shared, different, and unknown states—without inventing head-to-head conclusions.

Stack Explorer

Multi-compound pathway and evidence analysis with exact-combination limits and unanswered questions kept visible.

Community Experiences

Anonymous structured Experience Reports, separate story consent, verified follow-ups, moderation, and privacy-thresholded Community Intelligence.

Protocol Tracker

Private schedules, administrations, reflections, measurements, inventory, imports, lifecycle controls, and reconstitution support.

Reconstitution Hub

Single-compound and blend calculations, visual syringe and vial interpretation, reference marks, and private saved workspaces.

Relay-wide Search

One alias-aware search experience across public research and signed-in workspace destinations.

Mobile Optimization

Reliable touch selection, tighter information density, responsive tables and tabs, and mobile-first workflow refinement.

Motion System

One restrained motion language that explains state changes and respects reduced-motion preferences.

Platform Improvements

Database contract auditing, private-route indexing boundaries, public-route smoke tests, clearer recovery messages, and stronger protection against false-success writes.

RoadmapDirection without promised timelines

Roadmap items describe current direction. Public Alpha evidence may change their order or scope.

Now
  • Community growth
  • Bug fixes
  • UX improvements
  • Content expansion
Next
  • Relay+ features
  • Additional research tools
  • Expanded compound library
Future
  • Relay AI
  • Native iPhone app (planned)
  • Native Android app (planned)
Known IssuesMeaningful issues users may encounter
No known critical issues at this time.

Newly confirmed issues will appear here when they meaningfully affect the public experience.

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Version HistoryPublic releases and milestones
v0.9.0

Public Alpha

The first feature-complete public release candidate for Peptide Relay.

Released July 2026

Last updated July 2026 · Updated with every public release.

Peptide 101 · Guide 2 of 6

What do peptide names and common research terms mean?

Learn which layer a word describes: structure, target, biological action, or measured result.

The simple answer

Peptide names and research terms describe different layers of information. A name may refer to a natural molecule, a modified analog, a receptor target, a research code, or a commercial naming convention.

Terms such as receptor, agonist, mechanism, and outcome are not interchangeable. Understanding which layer a term describes helps prevent a biological explanation from being mistaken for a demonstrated result.

4 min read Reviewed July 28, 2026 4 sources

A name is a label, not a conclusion

A compound may be known by a formal chemical name, a short research code, an abbreviation, or a name based on the natural molecule it resembles. More than one name can refer to the same compound, and similar-looking names can refer to meaningfully different molecules.

A name does not establish identity, quality, approval status, or evidence. Those are separate questions that must be checked against the exact compound and source.

Separate the molecule from what it interacts with

A receptor is a molecule inside or on the surface of a cell that binds a specific substance and produces a cellular effect. A compound that binds to a receptor is sometimes called a ligand.

An agonist binds to and activates a receptor response. An antagonist binds in a way that blocks or reduces activation. Partial agonists and other signaling patterns add more nuance, but the central distinction is whether and how receptor activity changes.

Separate a mechanism from an outcome

A mechanism is the proposed biological sequence connecting an intervention to an effect. It explains why an outcome might be plausible.

An outcome is what a study actually measures—for example, a laboratory value, symptom score, event, or change over time. A mechanism can guide a research question, but it cannot substitute for measuring the outcome itself.

Key terms

Analog
A compound structurally similar to a reference compound. Its chemical or biological properties may differ.
Receptor
A molecule in or on a cell that binds a substance and produces a specific cellular effect.
Agonist
A substance that binds to a receptor and activates a response.
Antagonist
A substance that blocks or reduces receptor activation rather than producing the same response.
Mechanism
A biological explanation for the steps through which an effect may occur.
Outcome
A prespecified measurement used to evaluate what happened in a study.
Preclinical
Laboratory or animal research conducted before—or apart from—testing the question directly in people.
Clinical
Research involving people.

Four layers that should not be collapsed

CompoundWhat molecule is being discussed?
TargetWhat does it interact with?
MechanismWhat biological explanation is proposed?
OutcomeWhat was directly measured?
Each layer adds a different kind of information. Moving from one layer to the next requires additional evidence.

What this can—and cannot—tell us

What it can tell us

  • Which molecule, target, or biological action a source is discussing.
  • Whether a claim describes a proposed mechanism or a measured outcome.
  • Which exact term should be verified before comparing sources.

What it cannot establish alone

  • That similarly named compounds are interchangeable.
  • That receptor activation produces a meaningful outcome in people.
  • That a nickname or product label verifies identity, quality, or approval.
Go deeperOptional · about 1 minute

Why an analog may behave differently

IUPAC defines an analog by structural similarity to a reference compound and explicitly notes that chemical or biological properties may differ. A structural change can alter receptor affinity, signaling, stability, or distribution.

The phrase analog of therefore establishes a relationship—not equivalence.

Why outcomes need to be named precisely

ClinicalTrials.gov defines an outcome measure as a prespecified measurement used to determine the effect of an experimental variable on study participants. The exact outcome and time frame matter.

A change in a biomarker, a change in symptoms, and a change in a major health event are all outcomes, but they do not answer the same question.

The takeaway

If you only remember one thing from this guide:

Before interpreting a claim, ask which layer it describes: the molecule, its target, a proposed mechanism, or a measured outcome.

Sources and support4 sources
  1. Defines a receptor as a molecule in or on a cell that binds a specific substance and causes a cellular effect.

  2. Defines an agonist by receptor binding and activation of the corresponding action.

  3. Defines structural similarity and notes that analogs may have different chemical or biological properties.

  4. Defines an outcome measure as a prespecified measurement used to evaluate an experimental variable’s effect.