AnastomosisMap
Your bibliography has flaws.
Find them before reviewers do.
AnastomosisMap scans your citations for retracted sources, arguments resting on a single reference, and dependency chains that collapse under scrutiny — giving you a clear picture of where your paper is most vulnerable before it reaches a single reviewer.
What it finds
Citations formally retracted from the scientific record — the kind that surface in desk rejections and reviewer reports, and that authors almost never catch on their own.
Claims your paper makes that rest on a single citation. Reviewers identify these immediately — and editors flag them as unsupported. Paired with ranked alternatives from Semantic Scholar so you can fix them before submission.
How it works
- 01
Paste your bibliography
Export BibTeX from Zotero, Mendeley, or JabRef. No PDF upload required, no account needed to try.
- 02
Every citation is pressure-tested
Each source is cross-checked against live retraction databases, evaluated for how much of your argument depends on it alone, and scored on data completeness — not just whether it exists.
- 03
See exactly where your paper is exposed
A dependency graph shows your citation structure with vulnerabilities highlighted. Red rings mark retracted sources. Orange rings mark arguments a reviewer could challenge. Click any node to see stronger alternatives you can swap in before you submit.
Built by Synthiq — proof, not a demo
This is a live example of the agent pipelines we build.
Under this page runs the kind of system Synthiq ships for clients: a multi-API, evidence-gated pipeline (Semantic Scholar, OpenAlex, two Claude models) with streaming progress, deterministic confidence scoring, and honest failure states. AnastomosisMap is our dogfood — the same engineering, sold as a service.
Want one like this for your domain? →Waitlist
Run your bibliography before you submit
Full analysis is live — try it above, no account needed. Saved projects, re-analysis alerts, and larger bibliographies are coming; join the waitlist for priority access.