0000000000230591

AUTHOR

Colin R. Muirhead

0000-0001-5394-1267

showing 3 related works from this author

A comparison of some simple methods to identify geographical areas with excess incidence of a rare disease such as childhood leukaemia

1999

SUMMARY Six statistics are compared in a simulation study for their ability to identify geographical areas with a known excess incidence of a rare disease. The statistics are the standardized incidence ratio, the empirical Bayes method of Clayton and Kaldor, Poisson probability, a statistic based on the B statistics are compared for the proportion of true high-risk areas identi"ed in the top 1 per cent and 10 per cent of ranked areas. One of the PW statistics performed consistently well under all circumstances, although the results for the BT statistic were marginally better when only the top 1 per cent of ranked areas was considered. The standardized incidence ratio performed consistently …

Statistics and ProbabilityEpidemiologyIncidence (epidemiology)Poisson distributionChildhood leukaemiasymbols.namesakeGeographyStandardized mortality ratioStatisticssymbolsRisk factorStatisticDemographyEmpirical Bayes methodRare diseaseStatistics in Medicine
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The 15-Country Collaborative Study of Cancer Risk among Radiation Workers in the Nuclear Industry: Estimates of Radiation-Related Cancer Risks

2007

International audience; A 15-Country collaborative cohort study was conducted to provide direct estimates of cancer risk following protracted low doses of ionizing radiation. Analyses included 407,391 nuclear industry workers monitored individually for external radiation and 5.2 million person-years of follow-up. A significant association was seen between radiation dose and all-cause mortality [excess relative risk (ERR) 0.42 per Sv, 90% CI 0.07, 0.79; 18,993 deaths]. This was mainly attributable to a dose-related increase in all cancer mortality (ERR/Sv 0.97, 90% CI 0.28, 1.77; 5233 deaths). Among 31 specific types of malignancies studied, a significant association was found for lung cance…

MaleNeoplasms Radiation-InducedInternational Cooperation[SDV]Life Sciences [q-bio]Radiation inducedradiation exposurenuclear industrycancer riskWhole-Body Counting030218 nuclear medicine & medical imagingCohort Studiescause of death0302 clinical medicineNuclear industryNuclear ReactorsRisk FactorsNeoplasmscancer mortalityMedicineRadiation injuryRadiationindustryadultarticleleukemiarisk assessmentmethodologycohort analysis3. Good healthmultiple myelomaOccupational DiseasesSurvival Ratefemalepriority journalrisk factorstatistics030220 oncology & carcinogenesisemploymentFemaleionizing radiationradiation doseCohort studyradiation injuryAdultEmploymentBiophysicsRadiation DosageRisk Assessmentsurvival03 medical and health sciencessocioeconomicsOccupational ExposureIndustryfollow upHumansRadiology Nuclear Medicine and imaginghumanRisk factorindustrial workerWhole body countingbusiness.industryNicotiana tabacumCancermedicine.diseasemortalitySurvival Analysislung cancerwhole body countingconfidence intervalRadiation-Inducedoccupational diseasenuclear reactorbusinessNuclear medicineCancer riskDemography
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The 15-Country Collaborative Study of Cancer Risk Among Radiation Workers in the Nuclear Industry: design, epidemiological methods and descriptive re…

2007

International audience; Radiation protection standards are based mainly on risk estimates from studies of atomic bomb survivors in Japan. The validity of extrapolations from the relatively high-dose acute exposures in this population to the low-dose, protracted or fractionated environmental and occupational exposures of primary public health concern has long been the subject of controversy. A collaborative retrospective cohort study was conducted to provide direct estimates of cancer risk after low-dose protracted exposures. The study included nearly 600,000 workers employed in 154 facilities in 15 countries. This paper describes the design, methods and results of descriptive analyses of th…

GerontologyMaleNeoplasms Radiation-Induced[SDV]Life Sciences [q-bio]International Cooperationradiation exposurenuclear industrycancer riskWhole-Body Counting030218 nuclear medicine & medical imagingCohort Studies0302 clinical medicineNuclear ReactorsRisk FactorsNeoplasmscancer mortalityEpidemiology of cancerMedicineeducation.field_of_studyRadiationarticlemethodologycohort analysis3. Good healthOccupational DiseasesSurvival Ratepriority journalrisk factorstatisticsResearch Design030220 oncology & carcinogenesisepidemiologyFemalelightradiation doseRisk assessmentcancer epidemiologyradiation injuryCohort studyAdultEmploymentPopulationBiophysicsOccupational diseaseEpidemiological methodRadiation DosagesurvivalRisk Assessment03 medical and health sciencesEnvironmental healthOccupational Exposurefollow upHumansIndustryRadiology Nuclear Medicine and imaginghumaneducationindustrial workerbusiness.industryRetrospective cohort studymedicine.diseaseCollective dosemortalitySurvival Analysiswhole body countingRadiation-Inducedoccupational diseasenuclear reactorbusinessEpidemiologic MethodsRadiation research
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