Educational research platform

Before you begin

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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Choose how you enter RelayYou can change your mind and create a workspace later.

No account is required for the Research Library, Learn, Compare, Stack Explorer, Community, or Tools. A free workspace is only required for private features such as My Relay, Protocol Tracker, saved work, following compounds, and managing Community Experiences.

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.

FeedbackHelp improve the next release

Found a bug?Have a suggestion?

Submit feedback to help improve Relay
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.

Simple first. Deeper when you want it.

Understand the differences that matter.

See the biggest similarities, differences, strengths, limitations, and unanswered questions first—then open the evidence behind them.

Compound comparison

Thymosin beta-4 vs. Liraglutide

Understand the meaningful overlap, differences, evidence, and unknowns—then go deeper only when you want to.

60-Second Summary

The answer first

Deeper evidence stays available below
Why compare them?

These records are compared to clarify how their mechanisms, research areas, and evidence maturity differ.

Current evidenceComparable evidence base

No direct head-to-head study is represented. This comparison uses separate evidence records that may differ in population, duration, route, dose, and endpoint.

✓ Shared

Shared Similarities

  • Both have controlled human research, although the questions and designs may differ.
⇄ Different

Biggest Difference

Thymosin beta-4 is distinguished by the full 43-amino-acid endogenous peptide. Investigational products have reached formulation-specific human trials, but their results do not apply to TB-500; Liraglutide is distinguished by single GLP-1 receptor agonist with once-daily approved injection products and a long human evidence record.

? Unknown

Biggest Unknown

No direct head-to-head study establishes how these compounds compare under the same population, dose, duration, and endpoints.

Key Takeaways

Thymosin beta-4 is distinguished in the current record by the full 43-amino-acid endogenous peptide. Investigational products have reached formulation-specific human trials, but their results do not apply to TB-500. Liraglutide is distinguished by single GLP-1 receptor agonist with once-daily approved injection products and a long human evidence record. Neither is objectively “better”; the useful question is which evidence record addresses the research question being asked.

Research matrix

Which question has stronger current support?

Evidence support, not a “better compound” score
Research questionStronger current supportExplanation
Human evidenceLiraglutide

Thymosin beta-4: Early human evidence. Liraglutide: Mature human evidence.

Regulatory historyLiraglutide

Thymosin beta-4: Investigational. Liraglutide: FDA approved for defined product-specific indications.

Mechanistic breadthComparable

More named targets describes mechanistic breadth; it does not establish greater effectiveness.

Direct comparisonUnknown

Separate studies cannot establish comparative superiority.

Deeper when you want it

Explore the evidence and nuance

Every section is optional
Best-studied areas and pathway mapSee shared targets, unique pathways, and the research questions attached to each record.
Best-studied research areas

Thymosin beta-4

  • Intravenous safety and pharmacokinetics
  • Severe dry eye
  • Chronic dermal wounds
  • Acute myocardial infarction after reperfusion
Best-studied research areas

Liraglutide

  • Weight management
  • Type 2 diabetes
  • Cardiovascular outcomes
  • Adolescent obesity

Pathway and research map

Shared foundation and unique questions

Shared pathways
  • No shared named receptor target in the current records.
Thymosin beta-4 only
  • G-actin binding — not a cell-surface receptor
Liraglutide only
  • GLP-1R
Shared research areas
  • No exact shared research-area label in the current records.
Thymosin beta-4 distinctions
  • Intravenous safety and pharmacokinetics
  • Severe dry eye
  • Chronic dermal wounds
  • Acute myocardial infarction after reperfusion
Liraglutide distinctions
  • Weight management
  • Type 2 diabetes
  • Cardiovascular outcomes
  • Adolescent obesity
Research confidence by questionCompare regulatory, human-evidence, outcome, and administration records side by side.

Question by question

What each evidence base can actually answer

Reviewed July 25, 2026
Regulatory statusEvidence, not a winner
Thymosin beta-4Investigational

Investigational; no FDA-approved thymosin beta-4 product was located. WADA prohibits thymosin beta-4 and its derivatives.

LiraglutideFDA-labeled indications

FDA approved in product-specific daily injection formulations for chronic weight management, type 2 diabetes, and cardiovascular-risk reduction in a defined diabetes population.

Evidence depthEvidence, not a winner
Thymosin beta-4Early human programs

Two short IV Phase 1 programs, a nine-patient Phase 2 eye-drop trial, wound literature, and a 96-person recombinant-product STEMI trial.

LiraglutideMature Phase 3 + outcomes

Multiple randomized Phase 3 trials and the 9,340-participant LEADER cardiovascular outcomes trial, with adult and pediatric product-specific evidence.

Weight outcomesEvidence, not a winner
Thymosin beta-4No dedicated evidence

No controlled human weight-management or general body-composition study was located.

LiraglutidePeer-reviewed Phase 3

SCALE reported −8.4 kg mean change at 56 weeks versus −2.8 kg placebo. STEP 8 directly compared liraglutide 3.0 mg with semaglutide 2.4 mg.

Type 2 diabetesEvidence, not a winner
Thymosin beta-4No dedicated evidence

No dedicated controlled human diabetes-outcome study was located.

LiraglutideApproved + pediatric trial

Victoza has extensive adult evidence and controlled pediatric evidence beginning at age 10. Product-specific labeled doses differ from weight-management use.

Obstructive sleep apnoeaEvidence, not a winner
Thymosin beta-4No dedicated evidence

No dedicated controlled human obstructive-sleep-apnoea study was located.

LiraglutideControlled study; not approved

A 359-participant trial found a larger reduction in apnea–hypopnea index than placebo, but no U.S. liraglutide OSA indication was identified.

Cardiovascular outcomesEvidence, not a winner
Thymosin beta-4Small RCT; mixed result

A 96-person randomized STEMI trial reported no significant overall infarct-area difference, with a positive finding in the subgroup first treated within eight hours.

LiraglutideLEADER + labeled use

LEADER found fewer major cardiovascular events in adults with type 2 diabetes and high cardiovascular risk, supporting a defined Victoza indication.

Administration and handlingEvidence, not a winner
Thymosin beta-4Formulation-specific trials

Human research is formulation-specific: IV synthetic or recombinant products and topical eye drops. These protocols are not general consumer dosing or handling instructions.

LiraglutideDaily product-specific injection

Current approved products are once-daily subcutaneous, ready-to-use solutions. Saxenda and Victoza have different labeled dose ranges, purposes, and instructions.

Comparison limitationsUnderstand what this comparison cannot establish before interpreting separate studies.

Comparable evidence base

  • No direct head-to-head trial is represented for this pair.
  • Separate studies may use different populations, endpoints, durations, doses, routes, and estimands.
  • Results should not be interpreted as comparative superiority or individual guidance.

Current unknowns

Questions the evidence cannot answer yet

Thymosin beta-4
  • Which formulation-specific findings replicate in larger trials, long-term safety, and whether any result generalizes beyond the studied route and condition.
Liraglutide
  • Long-term comparative outcomes versus newer weekly incretin therapies and whether narrower research findings become approved uses.

Community Intelligence

Emerging patterns, clearly separated from evidence

Structured, approved self-reports only

Thymosin beta-4

No community experiences yetBe the first account holder to contribute.

Liraglutide

No community experiences yetBe the first account holder to contribute.

Community Intelligence summarizes structured, self-reported experiences. It can reveal patterns and useful research questions, but it cannot prove safety, effectiveness, or cause and effect. Published evidence is always shown separately.