by admin | Jun 26, 2020 | Hormesis, LNT Hypothesis, Radiophobia
Research Article Summary • Challenging the LNT assumption: Calabrese argues that the linear no-threshold (LNT) model—which assumes any amount of ionizing radiation increases cancer risk proportionally—is historically rooted in early policy choices rather than solid...
by admin | May 4, 2020 | Featured Articles, LNT Hypothesis, Nuclear Medicine, Radiophobia
Research Article Summary • Critique of ALARA: The article argues that the ALARA (As Low As Reasonably Achievable) principle — which aims to minimize radiation doses in medicine to the lowest possible level — has become counterproductive when applied without regard to...
by admin | Jan 19, 2020 | Hormesis, LNT Hypothesis, Nuclear Medicine
Research Article Summary • Central question: The article explores how challenging it is to accurately assess cancer risk at low doses of ionizing radiation, especially when relying on epidemiological data that may not be sensitive enough to detect subtle effects. •...
by admin | Dec 17, 2019 | Hormesis, LNT Hypothesis, Radiophobia
Research Article Summary • Context: The article discusses the evolving role of radiation protection professionals in a landscape where scientific uncertainties about low-dose ionizing radiation persist and public understanding is often limited or confused. This...
by admin | Dec 16, 2019 | Hormesis, LNT Hypothesis
Surrebuttal to Ansari response – December 2019Surrebuttal to Ansari response – December 2019 For your interest, attached is our penned surrebuttal to both Dr. Ansari’s reply to our letter to the editor of the Journal of Radiological Protection, and to the...
by admin | Dec 10, 2019 | LNT Hypothesis
Research Article Summary • Core question addressed:This article examines why determining cancer risk from low-dose ionizing radiation is far more complex and uncertain than commonly portrayed, particularly when conclusions rely heavily on epidemiological studies of...
