Response to Cuttler et al . re: “Low-Dose Childhood Radiation Effects to the Thyroid Follow a Linear Dose–Response Trend and Persist Even 45+ Years After Exposure”
Restricted accessLetterFirst published online May, 2018
Response to Cuttler et al . re: “Low-Dose Childhood Radiation Effects to the Thyroid Follow a Linear Dose–Response Trend and Persist Even 45+ Years After Exposure”
CuttlerJM, Javad MortazaviSM, WelshJS, DossM. 2018. Re: “Low-dose childhood radiation effects to the thyroid follow a linear dose-response trend and persist even 45+ years after exposure.” (Clin Thyroidol 2017;29:235–236). Thyroid, 28:679–680.
2.
LeungAM. 2017. Low-dose childhood radiation effects to the thyroid follow a linear dose–response trend and persist even 45+ years after exposure. Clin Thyroidol, 29:235–236.
3.
LubinJH, AdamsMJ, ShoreR, HolmbergE, SchneiderAB, HawkinsMM, RobisonLL, InskipPD, LundellM, JohanssonR, KleinermanRA, de VathaireF, DamberL, SadetzkiS, TuckerM, SakataR, VeigaLHS. 2017. Thyroid cancer following childhood low-dose radiation exposure: a pooled analysis of nine cohorts. J Clin Endocrinol Metab, 102:2575–2583.
4.
AhnHS, KimHJ, WelchHG. 2014. Korea's thyroid-cancer “epidemic”—screening and overdiagnosis. New Engl J Med, 371:1765–1767.
5.
BrennerAV, TronkoMD, HatchM, BogdanovaTI, OliynikVA, LubinJH, ZablotskaLB, TereschenkoVP, McConnellRJ, ZamotaevaGA, O'KaneP, LikhtarevIA, BouvilleAC, ChaykovskayaLV, GreenebaumE, PasterIP, ShpakVM, RonE. 2011. I-131 dose-response for incident thyroid cancers in Ukraine related to the Chornobyl accident. Environ Health Perspect, 119:933–939.
6.
ZablotskaLB, RonE, RozhkoAV, HatchM, PolyanskayaON, BrennerAV, LubinJ, RomanovGN, McConnellRJ, O'KaneP, EvseenkoVV, DrozdovitchV, LuckyanovN, BouvilleA, MasyakinVB. 2011. Thyroid cancer risk in Belarus among children and adolescents exposed to radioiodine after the Chornobyl accident. Br J Cancer, 104:181–187.
