Cannabis Exposure as a Potent Gene-Environment Interaction Driving Increasing Testicular Cancer Rates Across All US Ethnicities: Combined Geotemporospatial, Multiple Imputation and Causal Inference Study - Dataset

Name: Cannabis Exposure as a Potent Gene-Environment Interaction Driving Increasing Testicular Cancer Rates Across All US Ethnicities: Combined Geotemporospatial, Multiple Imputation and Causal Inference Study - Dataset
Creator: Albert Reece
Published: 2020-10-19T21:52:50.016Z
Keywords: Physiology, Epidemiology, Pediatrics, Cancer, Congenital Disorder, Testicular Cancer, Cannabinoid Receptor Affecting Agent, Recchia, Chromosome, Cannabinoid, DNA Damage, Testes, Chromosome Change, Cannabis Abuse, Physiology of Testis, Epidemiology of Kidney Cancer, Etiology of Cancer, Etiology of Testicular Cancer, Pathology of Testicular Cancer, Epidemiology of Testicular Cancer

Reece, Albert

doi:10.17632/yxy3dg2wt6.1

Cannabis Exposure as a Potent Gene-Environment Interaction Driving Increasing Testicular Cancer Rates Across All US Ethnicities: Combined Geotemporospatial, Multiple Imputation and Causal Inference Study - Dataset

Published: 19-10-2020| Version 1 | DOI: 10.17632/yxy3dg2wt6.1

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Albert Reece

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Data accompanies paper of same title

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