Rerun the same input and keep the same result
Stable outputs are easier to compare across experiments, writeups, and review cycles.
MULTIPLE SEQUENCE ALIGNMENT
Multiple sequence alignment software for repeatable protein MSA
RayCrest MDS uses AlignCove for protein multiple sequence alignment, so the same input produces the same output on every rerun. The alignment viewer, tree, and run diagnostics all stay in the same workflow — no exporting to a separate tool.
OUTCOMES
Why repeatable MSA matters in practice
Run protein MSA without leaving your construct workflow
Protein alignment, plasmid editing, and validation all live in the same Mac app — no exporting to a separate tool.
Inspect the alignment and tree without another app
Use viewer and tree outputs in the same workflow when you need to explain the result.
Keep run history close to the alignment
When it's time to write methods or review results, the diagnostics are right there with the alignment — not in a detached folder.
FEATURE WALKTHROUGH
How AlignCove fits into RayCrest
Stable reruns support better comparisons
A good alignment workflow isn't just about the first run — it's about whether reruns still support the same comparison and methods story.
- Same input leads to the same alignment output.
- Pipeline behavior stays fixed instead of drifting across reruns.
- Comparisons are easier when the output remains stable.
AlignCove in plain English
AlignCove is RayCrest's built-in protein alignment engine for teams that care about repeatable outputs and a workflow they can explain later.
- Run protein multiple sequence alignment from the same Mac app used for construct work.
- Keep run diagnostics attached to the alignment instead of a detached folder.
- Use the stable preset when you need comparable reruns.
Viewer, tree output, and diagnostics stay nearby
After the run, RayCrest keeps the alignment viewer, tree view, and diagnostics close to the result so you can inspect or explain it without another export step.
- Inspect conserved and variable positions in the alignment viewer.
- Switch to the tree view when relationship context matters.
- Keep the result close to plasmid and validation workflows in the same app.
TECHNICAL DETAILS
Alignment scope and determinism notes
Current alignment scope
- AlignCove currently supports protein multiple sequence alignment.
- Viewer, tree, and run diagnostics are included in the protein alignment workflow.
Determinism and stable preset behavior
AlignCove is positioned around repeatability, so reruns can be compared directly instead of treated as a moving target.
- Stable preset behavior keeps reruns comparable.
- Deterministic tie-breaking helps preserve repeatability.
- The result is easier to reuse in methods and internal review.
WORKFLOW + OUTPUTS
From protein sequences to reusable alignment output
Typical workflow
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Run
Choose the protein inputs and start an AlignCove run from the alignment workflow.
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Inspect
Review the alignment result, diagnostics, and tree output without leaving the app.
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Reuse
Rerun later with the same input and keep a comparable result for review or methods support.
Outputs
- Repeatable protein multiple sequence alignment output
- Built-in alignment viewer and tree view
- Run diagnostics kept close to the alignment result
- A workflow that stays near plasmid, validation, and protein-to-DNA design context
RELATED PAGES
Connect MSA to the rest of the workflow
Validation
Review Sanger and FASTQ data alongside construct work
Use the broader validation workflow when the next question is construct evidence, not family-wide comparison.
AB1 Viewer
See the dedicated Sanger validation page
Keep chromatogram review and construct-linked QC decisions close to the same app and workflow.
Plasmid Work
Stay close to construct editing and map output
RayCrest is strongest when alignment work sits alongside the plasmid and validation workflows that need the result.
Protein Design
Go from protein comparison into codon optimization and reverse translate
When an alignment result drives a coding-sequence decision, continue the protein-to-DNA design loop in the same app.
Access
Request beta access for repeatable protein MSA
Tell us if AlignCove, deterministic reruns, or keeping protein alignment near construct work is what your team needs most.
Run repeatable protein MSA from the same Mac app as your construct work
Request beta access for a protein alignment workflow that stays stable across reruns and connected to your plasmid, validation, and primer work.