Müller ERR Risk Calculator — Advanced Radiobiology / ECRR 2026

Muller ERR Risk Calculator - Advanced Radiobiology / ECRR 2026

Muller ERR Risk Calculator

Online tool for ICRP vs ECRR/Muller cancer-risk arithmetic | Genetic dose M = N*E | scenarios from Advanced Radiobiology (Appendix E) | GeneForge AI Labs

Exposure scenario

Intake -> Genetic Dose (Appendix E Table E.2)

Uses ICRP-style ingestion coefficients e(T) and ECRR aggregate N from the textbook table: m(T) = N | e(T), M = activity | m(T). For inhalation, choose Custom e(T) and paste the ICRP Publication 119 value; keep the same N or apply particulate protocol sec. E.4.4 for DU/Pu.

Exhibit sheet (ICRP vs Muller) - fill and copy

Definitions used

SymbolMeaning
EICRP effective/equivalent dose (Sv or mSv)
NECRR aggregate enhancement factor (scenario or nuclide)
MGenetic dose (Muller): M = N*E with E in Sv -> M in Mu
Unit linkAt N = 1, 1 mSv = 1 mMu; 1 Sv = 1 Mu (Busby / textbook)
ICRP riskLifetime cancer risk ~ 0.05 / Sv (ICRP 103 order)
ECRR risk (scaled)~ 0.05*M with M in Mu (same numerical scale as Sv) - multiplies ICRP by N
Low-dose ERR optionExternal low-dose ERR ~ 12 / Sv (0.12 per 10 mSv); applied to M for external-class runs
Fallout ERR option~ 5.2 per 10 mSv of ICRP E when spectrum uses N = 40 (calibrated Class C)

Not a clinical diagnosis tool. Educational / expert-support implementation of Advanced Radiobiology - Beyond the Absorbed Dose (GeneForge AI Labs) and ECRR 2026 tables. Class-C N values are calibrated; always state epistemic class. For legal filings use Appendix E sec. E.8 exhibit sheet and full working papers.

Source: Advanced Radiobiology textbook, Appendix E (Tables E.2-E.5), Chapter 4 | ECRR 2026 model | GeneForge AI Labs | Offline-capable single HTML file | Open in any browser
Here you can buy the book: Advanced Radiobiology

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