---
title: "Find Clinical Trials"
description: "Find Clinical Trials: a clinical recipe chaining clinical_trials."
tags:
  - recipes
  - clinical
tools:
  - clinical_trials
generated: true
source: quickActionConfig:parallel-trial-databases
---

> **Generated recipe**

> Seeded from a curated quick-action prompt. The prompt below runs the real
> routing — copy it, change the target, and run.

> **Recommended pairing**

> These tools are commonly run together — they cover complementary ground on the same input.

**Best fit:** find clinical trials — a clinical goal.

**Try this prompt** — [open in a guest chat](/chat/new?guest=true&prompt=Search%20ClinicalTrials.gov%20and%20NCI%20CTAPI%20for%20active%20Phase%203%20NSCLC%20trials%20targeting%20EGFR%20mutations%2C%20then%20fold%20EGFR%20with%20the%20exon%2020%20insertion%20(D770_N771insNPG)%20using%20ESMFold%20and%20dock%20mobocertinib%20with%20DiffDock%20to%20assess%20the%20altered%20pocket%20geometry%20-%20load%20trial%20data%20into%20the%20sandbox%20and%20use%20polars%20%2B%20plotly%20to%20build%20an%20interactive%20Sankey%20diagram%20of%20trial%20phase%20%C3%97%20mutation%20subtype%20%C3%97%20drug%20class%2C%20then%20recommend%20the%20most%20differentiated%20enrollment%20strategy%20supported%20by%20the%20structural%20pocket%20analysis%3F).

> Search ClinicalTrials.gov and NCI CTAPI for active Phase 3 NSCLC trials targeting EGFR mutations, then fold EGFR with the exon 20 insertion (D770_N771insNPG) using ESMFold and dock mobocertinib with DiffDock to assess the altered pocket geometry - load trial data into the sandbox and use polars + plotly to build an interactive Sankey diagram of trial phase × mutation subtype × drug class, then recommend the most differentiated enrollment strategy supported by the structural pocket analysis?

_A real `parallel-trial-databases` quick-action prompt — open it in a guest chat, then swap in your own compound or target._

## The prompt

```text
Search ClinicalTrials.gov and NCI CTAPI for active Phase 3 NSCLC trials targeting EGFR mutations, then fold EGFR with the exon 20 insertion (D770_N771insNPG) using ESMFold and dock mobocertinib with DiffDock to assess the altered pocket geometry - load trial data into the sandbox and use polars + plotly to build an interactive Sankey diagram of trial phase × mutation subtype × drug class, then recommend the most differentiated enrollment strategy supported by the structural pocket analysis?
```

## What each tool contributes

- [clinical_trials](/docs/clinical-trials) — ClinicalTrials.gov with status, phase, intervention filters
- **clinicaltrials** — ClinicalTrials.gov with condition, drug, and location filters

## Why these tools pair

ClinicalTrials.gov search with complementary filters — broad condition search plus targeted drug/intervention search maximizes coverage

## Data flow

Every tool operates on the same input: `indication`.

## Read next

- [Which tool?](/docs/which-tool) — match a single goal to a tool.
- [Workflows](/docs/workflows) — every workflow and recipe.
- [How the orchestrator picks tools](/docs/how-orchestration-works) — the same chain from a plain-language goal.