PubMed Drug Tracker avatar

PubMed Drug Tracker

Pricing

$1.00 / 1,000 paper fetcheds

Go to Apify Store
PubMed Drug Tracker

PubMed Drug Tracker

Search PubMed for medical research papers by drug name, disease, or keyword. Returns title, abstract, authors, journal, publication date, and MeSH terms. Track clinical research, drug efficacy studies, and medical literature trends using the free NCBI E-utilities API. No API key required.

Pricing

$1.00 / 1,000 paper fetcheds

Rating

0.0

(0)

Developer

Hojun Lee

Hojun Lee

Maintained by Community

Actor stats

0

Bookmarked

2

Total users

1

Monthly active users

4 days ago

Last modified

Categories

Share

PubMed Drug Tracker searches NCBI PubMed for peer-reviewed medical research by drug name, disease, or keyword — returning structured records with title, abstract, authors, journal, MeSH terms, DOI, and AI-derived signals (significance, commercial relevance). Free NCBI E-utilities API, no registration needed. $0.001/paper.

Clinical research outcomes are priced into biotech stocks months before mainstream coverage catches them. Phase 3 trial results are public on PubMed the day they publish — this actor structures them for automated ingestion so you never miss a commercially relevant result.


Why use PubMed Drug Tracker?

  1. Biotech investment research — Filter for Phase 3/4 commercial_relevance: "high" papers on your watchlist compounds. significance_signal: "positive" papers often precede catalyst events.
  2. Drug efficacy monitoring — Track ongoing clinical trial literature for a specific drug (e.g., semaglutide, lecanemab, tirzepatide) over time. Set yearFrom to your coverage start.
  3. Competitive intelligence — Monitor what the literature says about competitor pipeline drugs. Multiple positive RCTs = validated competitive threat.
  4. Medical literature review pipeline — Build automated literature review workflows. Pull 200 papers per query, filter by MeSH terms and study type, feed into your analysis system.
  5. Trending research topic tracking — Aggregate MeSH terms across a query to understand which sub-topics are getting the most research attention in a disease area.

How to use

  1. Open the actor on Apify Store and click Try for free.
  2. Set searchQuery to your drug name, disease, or keyword (e.g. "semaglutide weight loss", "CRISPR cancer", "mRNA vaccine efficacy").
  3. Set studyTypes to focus on specific evidence levels (default: clinical trials and RCTs).
  4. Set yearFrom to filter recent research.
  5. Click Start. Returns structured paper records.

Input

FieldTypeDefaultDescription
searchQuerystring"semaglutide weight loss"Drug name, disease, or medical keyword
maxResultsinteger25Maximum papers to return (1–200)
yearFrominteger2020Only include papers published from this year
studyTypesstring[]["clinical_trial","randomized_controlled_trial"]Study type filters

Study type values:

ValueDescription
clinical_trialPhase 1–4 clinical trials
randomized_controlled_trialRCTs (highest evidence level)
reviewSystematic reviews and literature reviews
meta_analysisStatistical pooling of multiple studies

Leave studyTypes as [] to return all study types (including case reports, observational studies, basic science).


Output

{
"pmid": "38734512",
"title": "Semaglutide and cardiovascular outcomes in obesity...",
"abstract": "BACKGROUND: Obesity is associated with...",
"authors": ["Lincoff AM", "Brown-Frandsen K", "Colhoun HM"],
"journal": "New England Journal of Medicine",
"publication_date": "2023-Dec",
"year": 2023,
"study_type": "randomized_controlled_trial",
"mesh_terms": ["Obesity", "Semaglutide", "Cardiovascular Diseases"],
"doi": "10.1056/NEJMoa2307563",
"paper_url": "https://pubmed.ncbi.nlm.nih.gov/38734512/",
"abstract_word_count": 312,
"has_results": true,
"significance_signal": "positive",
"commercial_relevance": "high",
"fetched_at": "2026-09-02T10:00:00Z"
}

Intelligence signal fields

FieldValuesDescription
has_resultsbooleanAbstract contains "results", "findings", or "outcomes"
significance_signalpositive / negative / neutralDetects efficacy framing (positive = drug showed benefit)
commercial_relevancehigh / medium / lowPhase 3/4 = high; Phase 1/2 = medium; basic science = low

Cost estimation

Pay-Per-Event: $0.001 per paper returned.

Use casePapersEstimated cost
Quick drug scan (25 papers)25$0.025/run
Deep literature review (200 papers)200$0.20/run
Weekly monitoring (50 papers)50$0.05/week
Daily trial result alerts (10 papers)10$0.01/day

Example queries

QueryUse case
semaglutide diabetesGLP-1 weight-loss drug RCT outcomes
CRISPR cancerGene-editing oncology research
mRNA vaccine efficacyVaccine clinical trials
tirzepatide obesityGLP-1/GIP agonist competition
Alzheimer lecanemabAmyloid-targeting drug trials
ketamine depressionNovel antidepressant research

FAQ

Does it require an NCBI API key? No — the actor uses NCBI E-utilities' free unauthenticated tier (3 requests/second). A 0.4s delay between batches keeps it within rate limits. For very high-volume use (thousands of papers/day), consider registering for a free NCBI API key.

How accurate is significance_signal? It uses keyword heuristics on the abstract text — not AI. It detects "significant improvement", "statistically significant", "did not meet primary endpoint", etc. Accurate for clear-cut cases; may miss nuanced neutral results. Always read the full abstract to verify.

How current is PubMed data? PubMed adds new records within days of a journal's publication date. Ahead-of-print (epub) articles appear immediately. The actor queries whatever is live at run time.

Can I search for multiple drugs at once? Each run takes one searchQuery. For multi-drug monitoring, run the actor with different queries or use PubMed's boolean syntax: "semaglutide OR tirzepatide".


Feedback

If this actor is useful for your biotech research, a quick review helps others find it: Leave a review on Apify Store