AI Cure is a research tool showing open data. Not medical advice. Discuss with your doctor. Terms

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🧬 AI Cure · starting with cancer

AI to find cure for every human disease — starting with cancer

AI is already finding drug targets, designing molecules and matching patients to trials. AI Cure brings that work to everyone: the evidence on any disease from the world's open research databases, recruiting trials near you, and — for approved researchers and labs — research ideas and an AI assistant that turns questions into testable hypotheses. Every claim cited.

Built on open science: Open Targets·ClinicalTrials.gov·PubMed·PubChem·AlphaFold

📎Every claim citedDatabase IDs on every fact

🌍Every countryThe world by default, or choose yours

🆓Free to exploreNo account for the evidence

🛡️Never called a cureEvidence, with its strength

Understand first

How diseases work

Every disease page starts by explaining what it is, why it happens, and why it is so hard to cure - with animations.

🧬 CancerCells that grow out of control

🩸 Diabetes and metabolismSugar that cannot get into cells

❤️ Heart and blood vesselsArteries that narrow and clog

🧠 Brain and nervesNerve cells that slowly stop working

🦠 InfectionsGerms against the immune system

🛡️ Autoimmune diseasesThe immune system attacking the body

🧪 Genetic diseasesOne changed letter in the DNA

🫁 Lungs and breathingAirways that narrow and swell

🔬 Every other diseaseGenes, environment and time

How AI looks for a breakthrough

From a cancer cell to a cited idea

AI Cure follows the path researchers follow - only faster, and in the open.

Understand the cancerCancer cells divide without stopping. Medicines work by docking onto the proteins they depend on.

Read its genesThousands of genes linked to each cancer, ranked by evidence, with lab CRISPR screens of what the cancer needs.

AI connects the evidenceGenes, medicines, safety, trials and papers, joined into ideas a laboratory can test.

Every claim citedThe newest papers from the leading journals, live, each with its PubMed ID.

Every cancer

Cancers

36 cancers, each with its genes, every medicine by trial stage, recruiting trials, the newest research and a weekly Breakthrough Tracker.

Most common in India

🫁Lung cancerOpen the atlas →🎀Breast cancerOpen the atlas →👄Oral cancerOpen the atlas →🌸Cervical cancerOpen the atlas →🔬Pancreatic cancerOpen the atlas →🗣️Head and neck cancerOpen the atlas →🩺Colorectal cancerOpen the atlas →🫃Stomach cancerOpen the atlas →🥤Oesophageal cancerOpen the atlas →🌺Ovarian cancerOpen the atlas →🟢Gallbladder cancerOpen the atlas →🟤Liver cancerOpen the atlas →

More cancers

Blood cancers

🩸Acute myeloid leukaemiaOpen the atlas →🧒Acute lymphoblastic leukaemiaOpen the atlas →🩸Chronic lymphocytic leukaemiaOpen the atlas →🩸Chronic myeloid leukaemiaOpen the atlas →🧫Diffuse large B-cell lymphomaOpen the atlas →🧫Hodgkin lymphomaOpen the atlas →🦴Multiple myelomaOpen the atlas →

Children, young people and rare cancers

👶NeuroblastomaOpen the atlas →🦴OsteosarcomaOpen the atlas →💪Soft tissue sarcomaOpen the atlas →⚽Testicular cancerOpen the atlas →👁️Uveal melanoma (eye)Open the atlas →

🔎Any other cancer…Search by name

Beyond cancer

And every other disease

The same evidence and tools work for any human disease — from Alzheimer's to tuberculosis.

Breakthrough Tracker

What changed this year

New phase 3 results, papers in the leading journals and drug label updates, read every week and explained by AI with every source cited.

🫁Lung cancerLatest breakthroughs →🎀Breast cancerLatest breakthroughs →👄Oral cancerLatest breakthroughs →🌸Cervical cancerLatest breakthroughs →🔬Pancreatic cancerLatest breakthroughs →🗣️Head and neck cancerLatest breakthroughs →🩺Colorectal cancerLatest breakthroughs → 📰All 36 cancersEvery tracker

Breakthroughs around the world

The world is fighting cancer - right now

Every green pulse is a country recruiting cancer patients into trials today. Beside it, the newest phase 3 results, as they are posted.

109countries recruiting

102phase 3 results this year

83papers in leading journals

Sources: ClinicalTrials.gov (recruiting trials and posted results), PubMed (leading journals). Refreshed every week.

General information from public sources, not a recommendation for you. Only your doctor and the trial team can decide what is right for you. In an emergency call your local emergency number. Terms of use

For patients and families

What you can do

Only facts from public evidence, each with its source. Free, for everyone.

🗺️Disease AtlasThe genes behind a disease with their 3D structures, every medicine by trial stage, recruiting trials, the newest research and a cited AI briefing.Explore a disease → 🎯Trials for meRecruiting trials ranked for your diagnosis, stage, test results, age and city — with questions to take to your oncologist. Nothing is saved.Match trials → 🛡️Screening and preventionWho should be checked for which cancer, how, the warning signs, and how to lower the risk, worldwide.Stay ahead of cancer → 📰Breakthrough TrackerWhat changed this year for each cancer, from the trials and journals that decide new treatments.See what is new → 🧪Trial MatchSearch recruiting trials near you; open one to get its eligibility rules as simple questions for your doctor.Find a trial →

🔔Follow a diseaseA weekly note on your phone with the new trials and papers.Tap Follow on any disease

For researchers, doctors and labs

Find the next breakthrough with us

Research ideas are not proven, so they are shared with the people who can test them. Approved researchers and labs get the full research section, free.

🔭Discovery EngineSynthetic-lethal weak points, cancer dependencies from CRISPR screens, repurposing and combinations of approved medicines, and targets no medicine reaches yet.

💡Idea Ledger · 503 ideasEvery idea graded, with evidence for and against, a prediction that could prove it wrong and the cheapest experiment. Labs claim ideas and report results.

🔬Hypothesis Lab and Molecule CheckTurn a research question into a testable hypothesis from the newest papers; check any compound's drug-likeness.

Synthetic lethality, explainedHealthy cells stand on two genes. A cancer that has lost one depends on the other - so a medicine that blocks it can bring the cancer down and spare healthy cells. Approved PARP inhibitors for BRCA-mutated cancers work this way.

Repurposing, explainedA medicine approved for one disease may also fit a protein a cancer needs. Its safety in people is already known, so testing a new use can take years less than a new molecule.

🤝 Apply for research access

How it works

Evidence first, then AI

Open evidenceFacts come only from public research databases, each with its ID, so anyone can check them.

AI reasons over itThe AI reads only that evidence and explains where the science stands, citing every claim.

You decide, with expertsPatients take the facts and questions to their doctor; approved researchers take the ideas to the lab.

Honest about AI

Where AI really stands

The first AI-designed medicines are in human trials, and none has yet completed approval.

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What AI does today

Reads biology at scale and ranks the genes behind a disease
Predicts protein structures (AlphaFold)
Designs new molecules and finds new uses for old medicines
Matches patients to trials

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What it cannot skip

Laboratory work to prove an idea
Careful clinical trials in people
Review by regulators
So AI Cure never calls anything a cure — it shows the evidence and how strong it is

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AI Cure shows public evidence (Open Targets, ClinicalTrials.gov, PubMed, openFDA, DepMap, AlphaFold) with its source, and AI summaries that cite it — not medical advice and not a cure. Treatment decisions belong with your doctor. Research ideas are shared only with approved researchers and labs, who can test them. In an emergency call your local emergency number (112 in India and Europe, 911 in the US). AI Cure Terms of Use · Privacy