Introducing ActiveTLR: targeted literature reviews in hours, not weeks
Why we built ActiveTLR — an AI-powered platform that takes evidence teams from a clinical question to a PRISMA-ready synthesis in hours, with a transparent, human-in-the-loop workflow.
By The ActiveTLR Team
Targeted literature reviews are the backbone of regulatory, HEOR, and medical-affairs evidence. Yet most of the work is still done by hand: crafting Boolean strings, de-duplicating exports, and screening thousands of abstracts one at a time. It is slow, hard to reproduce, and unforgiving of a single missed paper.
We built ActiveTLR because that process deserved better tooling — not a shortcut that hides the method, but software that performs each step in the open and hands the reviewer a clear, auditable trail.
From a question to a synthesis
ActiveTLR breaks a targeted review into transparent, reviewable steps:
- Ask the question. Type it in plain language; ActiveTLR identifies the question type and maps it to the right framework — PICOS, PICOC, PEO, PFO, or CoCoPop.
- Search strategy. It drafts a PubMed search from your framework and inclusion criteria, which you review and edit before it runs.
- De-duplication. Records from PubMed and any imported RIS files are merged and de-duplicated so the same study is never screened twice.
- Screening. AI classifies each title and abstract against your criteria, with a stated rationale — and every decision is yours to override.
- Extraction and synthesis. Structured data extraction and a draft narrative synthesis, produced from the actual retrieved records.
Transparent by design
A human reviewer stays in control at every decision point. ActiveTLR keeps an auditable trail — the framework and inclusion criteria, the search strategy, import and de-duplication counts, every screening decision and its rationale, the PRISMA flow diagram, and exportable record-level data — designed to withstand scrutiny.
The result: reviews that move at the speed your team needs, without trading away the rigour a regulator expects.
Want to see it on your own research question? Book a live demo.