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RadioGxRadiogenomics & Nuclear Medicine Intelligence

Labs

Hands-on tools built on the logic of open-source science projects. Click a building, or pick a card. Everything runs in your browser; AI extras use your own key.

Isotope vans really do carry Lu-177 and F-18 around this map. Pixel art drawn in code, in the spirit of OpenTTD.

Decay and ingrowthDecay any of 1,500 radionuclides with full chains, branching fractions and metastable states. Watch Tc-99m grow in from Mo-99, Ac-225 reach equilibrium with its daughters, or Lu-177m linger in a Lu-177 vial.Built on radioactivedecay Isotope production yieldThe activation equation behind cyclotron and reactor production: production rate from beam current, target and cross section, saturation, end-of-bombardment activity and cooling.Built on ISOTOPIA · radioactivedecay Shipment window and decay manifestWill a dose still be usable when it arrives? Model departure activity, transit and delays, see the latest usable arrival time and the cost of each extra minute, and download a decay manifest.Built on IsotopeRelay · RadSheet · radioactivedecay Gamma spectrum identificationA game and a tool: identify mystery sources from simulated detector spectra, then let template fitting estimate the mix, PyRIID style. Load your own spectrum file too.Built on PyRIID Radiobiology: LQ model, BED and EQD2Fit cell survival with the linear-quadratic model (SF2, α/β, D10, AUC), then convert fractionation schemes and protracted radionuclide doses to BED and EQD2.Built on RadioGx (bhklab) Drug dose responseFit Hill curves to your viability data with PharmacoGx’s model (EC50, IC50, Einf, AAC) or pull thousands of real cell-line experiments from PharmacoDB.Built on PharmacoGx · PharmacoDB Molecules: lookup, scoring and generative designLook up compounds in PubChem, score drug-likeness with QED and REINVENT-style desirability, and, with your own AI key, generate and rank new analogues.Built on PubChemPy · REINVENT4 · DeepChem · TorchDrug · GenAIDD · GitHub topic: ai-drug-design Variant tiering and therapy rankingClassify a cancer variant into PCGR-style tiers from live CIViC evidence and rank therapies by the strength and direction of that evidence.Built on PCGR · openoncology · OnCo Isotope Logistics (game)Twelve scenarios: FDG morning rush, Mo-99 shortage, theranostics day, Ac-225 scarcity, winter storm, island hospitals and more. Build roads, run vans and air couriers, and deliver before the half-life wins.OpenTTD-style · radioactivedecay · isotope-relay Scenario LabPublic evidence plus synthetic stakeholder rounds, run with your own AI key.BYOK AI

Open-source foundations

RadioGx re-implements ideas and published models in JavaScript; it does not bundle these projects’ code, except the radioactivedecay dataset (ICRP-107 / AME2020 / NUBASE2020, distributed under its licence). Labs are for research and education, not clinical dosimetry, transport compliance or treatment decisions.

BYOK AI research modules

Connect your provider once in AI settings, then move from evidence to inference, synthesis and a testable research plan.

Drug & vaccine discoveryPublic evidence, BYOK inference and synthesis, candidate hypotheses, conceptual development flows and real RDKit molecular properties.BYOK AI · explicit provenanceDrug & vaccine interactionsReview every product pair against public labels, with explicit source gaps and BYOK mechanistic synthesis.BYOK AI · explicit provenanceHealthcare supply chain intelligenceModel stock, expiry, cold-chain holds and delayed deliveries. Ask your AI to synthesize the planning risks.BYOK AI · explicit provenanceResearch model toolsExecute RDKit locally, or connect the included Biopython and OR-Tools service. Inspect computed results and send them to your BYOK AI.BYOK AI · explicit provenance

About this tool

What is Labs?

Runs in your browserBYOK AI step

RadioGx Labs are interactive teaching calculators for radiopharmacy, radiobiology, pharmacology and genomics: decay chains, production yield, shipment windows, gamma-spectrum identification, the LQ model, dose response, molecules and variant tiering, plus the Isotope Logistics game.

Key features

  • Eight labs built on named open-source methods
  • Real ICRP-107 decay data through radioactivedecay
  • Teaching values, never patient dosimetry

Frequently asked questions

Can I use the Labs for patient dosimetry?

No. The labs are teaching calculators. Patient-specific dosimetry and radiation safety decisions need validated clinical tools and qualified medical physicists.

Related tools

Decay and ingrowth labDecay any of 1,500 radionuclides with full chains and branching.Isotope production labActivation equation: beam, target, saturation and end-of-bombardment activity.Shipment window labWill a dose still be usable on arrival? Transit, delays and decay manifests.Gamma spectrum ID labIdentify mystery sources from simulated spectra; PyRIID-style template fitting.