ctgforge 0.2.0

Turn ClinicalTrials.gov v2 studies into analytics-ready DataFrames and knowledge graphs.

ctgforge

Turn ClinicalTrials.gov v2 studies into analytics-ready DataFrames and knowledge graphs.

ClinicalTrials.gov provides one of the most comprehensive public registries of clinical trials — but its modern v2 API exposes data in a deeply nested, regulatory-oriented structure that is difficult to query, flatten, and analyze.

ctgforge bridges that gap.

It gives researchers and developers a clean, opinionated Python toolkit to:

• 🔍 Query ClinicalTrials.gov v2 with a safe, composable DSL
• 🧱 Flatten layered study records into canonical trial objects
• 📊 Export trials as pandas DataFrames for analysis
• 🕸️ Generate property-graph tables (nodes & edges) for downstream Knowledge-Graph/AI workflows
• 🧾 Preserve provenance, so every flattened field can be traced back to its original CTG module

ctgforge is designed for people who actually work with clinical trials data — not just for making API calls, but for analysis, modeling, and knowledge integration.

Why ctgforge?

ClinicalTrials.gov is a regulatory registry, not an analytics database.

That means:

• deeply nested JSON (sections → modules → items)
• verbose, evolving schemas
• query syntax that is powerful but easy to misuse

Most users end up writing custom scripts to:

• flatten the same fields
• reconcile the same inconsistencies
• rebuild the same tables and graphs

ctgforge makes those decisions once — and makes them explicit.

Quick taste

from ctgforge import CTG, F
from ctgforge.flatten import flatten_core
from ctgforge.export import to_dataframe, to_property_graph

client = CTG()

q = (
  F.condition.contains("lung cancer") &
  F.phase.in_(["PHASE3", "PHASE4"]) &
  F.status.eq("COMPLETED")
)

raw = client.search(q)
trials = [flatten_core(r) for r in raw]

df = to_dataframe(trials)
nodes, edges = to_property_graph(trials)

At this point you have:

• a wide trial table for analytics
• node/edge tables ready for graph import
• a stable, inspectable data model

Who this is for

• Clinical researchers working with trial registries
• Bioinformatics and healthcare data engineers
• Data scientists building trial-level datasets
• Teams constructing knowledge graphs or RAG systems from clinical trials

If you just want raw API responses, you don’t need ctgforge.
If you want usable trial data, you probably do.

Project status

ctgforge is under active development and currently in alpha.
The public API is intentionally small and designed to evolve carefully.