Technical resources
The main resource path now supports the Peptide Lab Platform first, while preserving Metastate's decision-support references for bioprocess, DOE, and discovery work.
Priority platform resources
Start here if you want to understand the public platform story, the whitepaper, and the first peptide-specific proof points.
Peptide Lab Platform
The main commercial page: what the platform does, who it is for, and how guided partner demos are structured.
Open pagePeptide Lab whitepaper
Public technical overview of the prioritization workflow and the validation questions it is built to support.
Open pageWhitepaper and patent update
Press update covering the whitepaper release and the first patent filing around the framework.
Open updateBroader Metastate references
These pages remain useful for teams working through experimental design, upstream troubleshooting, and discovery prioritization.
Decision memo examples
See how a ranked-action memo is structured and how teams use it to align the next round.
Open pageDOE matrix checklist
A pre-flight checklist for DOE plans that need to change real decisions.
Open pageCase studies
Examples showing how a difficult question can be narrowed into a practical next move.
Open pageTechnical explainers
Use these pages to understand common failure modes, tradeoffs, and decision patterns before the next round of work.
Scale-up divergence in upstream bioprocessing
Why bench wins break at scale and how to diagnose the dominant constraint.
Read pageDiagnose a titer plateau
How to narrow the next experiment set before another expensive round.
Read pageDecision memo template for upstream PD teams
What to include when you need one document to align the next round.
Read pageTurn noisy CRISPR data into a validation plan
How to narrow a discovery backlog into ranked next experiments.
Read pageCommon synthetic lethality prioritization mistakes
Where discovery teams lose clarity before validation.
Read pageTech transfer failure modes for CDMOs and process teams
What breaks during handoff and how to reduce blind iteration.
Read page