Radiation Safety in the Treatment of Patients with Thyroid Diseases by Radioiodine 131 I: Practice Recommendations of the American Thyroid Association

Sisson, The American Thyroid Association Ta, Freitas, John, McDougall, Iain Ross, Dauer, Lawrence T., Hurley, James R., Brierley, James D., Edinboro, Charlotte H., Rosenthal, David +6 more·2011·Thyroid

Cited by (233)

Items 101–200 of 233

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  2. Radioiodine Treatment in Patients with Graves’ Disease
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  3. Selected Radiation Safety Aspects Including Transportation and Lodging After Outpatient 131 I Therapy for Differentiated Thyroid Cancer
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  4. Radiation Safety in the Treatment of Patients with Thyroid Disease by131I
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  6. Adrenocortical adenoma manifesting as false-positive iodine accumulation in a patient with history of thyroid carcinoma
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  8. Cardiovascular Effects of Cumulative Doses of Radioiodine in Differentiated Thyroid Cancer Patients with Type 2 Diabetes Mellitus
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  9. Administration of 131I-Metaiodobenzylguanidine Using the Peristaltic Infusion Pump Method
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  10. Nuclear Medicine in Evaluation and Therapy of Nodular Thyroid
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  11. Impact of the amount of liquid intake on the dose rate of patients treated with radioiodine
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  12. An Excel-Based System to Manage Radiation Safety for the Family of Patients Undergoing 131I Therapy
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  13. Comments Regarding Practice Recommendations of the American Thyroid Association for Radiation Safety in the Treatment of Thyroid Disease with Radioiodine
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  14. Radiological Justification for and Optimization of Nuclear Medicine Practices in Korea
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  15. Survivorship and Quality of Life in Thyroid Cancer Survivors
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  16. First-day iodine kinetics is useful for individualizing radiation safety precautions for thyroid carcinoma patients
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  17. Radiation Safety in the Management of Patients Undergoing Radioactive Iodine Ablation Therapy
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  18. The preliminary clinical observation and analysis of childbearingage women with a history of iodine-131 treatment for Graves' disease
    Liang Guan, Gang Chen, Jiali Zhang, Ling Wang · 2016 · BioScience Trends
  19. Impact of sweating on equivalent dose of patients treated with 131 Iiodine
    Aida Banani, Mahdi Haghighatafshar, Farshid Gheisari, Mohammad Yousef Alikhani · 2016 · Indian Journal of Nuclear Medicine
  20. Measurement of radiation exposure to household contacts of patients with Graves’ disease treated with low dose radioactive iodine (131I) on outpatient basis
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  21. Outpatient treatment for haemophilic arthropathy with radiosynovectomy: Radiation dose to family members
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  22. Activity Thresholds for Patient Instruction and Release for Positron Emission Tomography Radionuclides
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  23. Side Effects of 131I for Therapy of Differentiated Thyroid Carcinoma
    Douglas Van Nostrand, John E. Freitas, Anna M. Sawka, Richard W. C. Tsang · 2016 · Springer eBooks
  24. Radioisotope Therapies: Iodine-131, I-131-MIBG, and Beyond
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  25. Do Current Radiation Safety Guidelines allow the Safe Release of a Thyroid Cancer Patient after High-dose Radioiodine Therapy? An Indian Perspective
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  26. Pituitary, Thyroid, and Parathyroid Pharmacology
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  28. Radioactive Iodine Therapy in Differentiated Thyroid Cancer: Summary of the Korean Thyroid Association Guidelines 2024 from Nuclear Medicine Perspective, Part-II
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  29. A case of the accumulation of 131-iodine in the mammary gland after remnant ablation for papillary thyroid carcinoma on lactating period
    Daisuke Murayama, Yayoi Yamamoto, Ai Matsui, Mio Yasukawa, Soji Toda, Hiroyuki Iwasaki · 2021 · Radiology Case Reports
  30. Estimation of effective doses to whole-bodies and hands of facilitating staff from radioiodine-131 ablation therapy patients
    Abdulrahman Mofreh Al-Esaei, Emran Eisa Saleh, Sharief El Maghraby, Tamer Mahmoud Elsayed, A.M.I. Kany · 2024 · The Egyptian Journal of Radiology and Nuclear Medicine
  31. Determination of effective half-life of 131I in thyroid cancer patients using remote dose-rate meter
    Laura Kääriä, Maria Lapela, Marko Seppänen, Mikael Högerman, Johanna K. Ruohola, Annika Ålgars, Tommi Noponen · 2024 · EJNMMI Physics
  32. Radiation Safety Aspects of Iodine-131 metaiodobenzylguanidine (131I mIBG) Therapy Program Startup
    Jaime A. Barnes, Miguel de la Guárdia, T. Easley, H. Downs, S. Mims, K. Nielson, Meaghan P. Granger · 2018 · Health Physics
  33. An engagement factor for caregiver radiation dose assessment with radioiodine treatment
    Hye Kyung Lee, S. J. Hong, K. H. Jeong, Jae Won Jung, S. M. Kim, Young Hwa Kang, Min-Soo Han · 2014 · Radiation Protection Dosimetry
  34. Thyroid Cancer in Pregnancy
    Shannon D. Sullivan · 2016 · Springer eBooks
  35. Effect of radioactive iodine-induced hypothyroidism on longitudinal bone growth during puberty in immature female rats
    Hyeonhae Choi, Ki‐Young Ryu, Jaesook Roh, Jaeman Bae · 2018 · EXPERIMENTAL ANIMALS
  36. Dose to Medical Personnel
    M. A. Misdaq, Hicham Harrass, Hajar Saikouk, Aboubakr Matrane · 2019 · Health Physics
  37. A practical individualized radiation precaution based on the dose rate at release time after inpatient 131I ablation therapy
    Sangwon Han, Soyoung Jin, Seon Hee Yoo, Hyo Sang Lee, Suk Hyun Lee, Min Ji Jeon, Jin‐Sook Ryu · 2021 · PLoS ONE
  38. The significance of serum thyroglobulin measurement before and after the treatment of toxic nodular goiter with 131I
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  39. RAI Therapy for Graves’ Hyperthyroidism
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  40. Release Instructions for Hyperthyroid Patients Treated with I-131
    Charles W. Beasley, Warren H. Moore, Louis K. Wagner · 2011 · Thyroid
  41. Fetal Effects of Drugs Commonly Used in Critical Care
    Mark Kharim Orcullo Santillan, Jerome Yankowitz · 2010 · Wiley eBooks
  42. Comparing the prognostic impact of 131I and/or artificial liver support system on liver function failure combined with hyperthyroidism
    Danzhou Fang, Shiying Li, Changgu Zhou, Yirui Wang, Gengbiao Yuan, Huihui Zhang, Maohua Rao · 2024 · Endocrine Connections
  43. Management of radioiodine ablation therapy in haemodialysis patients with thyroid cancer: a case series of two patients
    Raymond Lin, Alessandra L. Malaroda, William J. Ryder, Veronica Chi Ken Wong, Nikki Wong · 2025 · BMC Nephrology
  44. Precautionary Behaviors and Side Effects after Radioiodine for Thyroid Disease: A Prospective Cohort Study
    Rachael Yielder, Mark J Bolland, Keith J. Petrie · 2026 · Thyroid
  45. Microporous Self‐Assembled Pd(II) Tetrahedral Cages for Rapid and Reversible Multi‐Phase Sequestration of Iodine and Methyl Iodide
    Raghunath Singha, Risikeshan Pradhan, Monotosh Dalapati, Pijush De, Debashree Manna, Dipak Samanta · 2026 · Small
  46. Graves’ Disease: What Is the Role and Timing of Surgery?
    Dawn M. Elfenbein, Rebecca S. Sippel · 2015 · Springer eBooks
  47. Optimization of the design parameters for a thyroid care nuclide monitoring diverging collimator using Monte Carlo simulation
    Dong‐Hee Han, Seung‐Jae Lee, Jang-Oh Kim, Da-Eun Kwon, Kyung-Hwan Jung, Cheol-Ha Baek · 2022 · Journal of the Korean Physical Society
  48. Indications for diagnostic whole-body iodine scan: a review of guidelines
    Emran Askari, Bahare Saidi, Laura Evangelista · 2024 · Nuclear Medicine Communications
  49. Measurement of Radiation Exposure to Caregivers of Patients with Thyroid Diseases Treated with Iodine-131: A Review
    Ali Abdulhasan Kadhim, Peyman Sheikhzadeh, Saeed Farzanefar, Shima Yavari, Majdi Mousa Jber, Mohammad Reza Ay · 2020 · Frontiers in biomedical technologies
  50. The minimum amount of fluids needed to achieve the fastest time to reach permissible level for release in well-differentiated thyroid patients undergoing high-dose I-131 therapy
    Alex Cheen Hoe Khoo, Lee Fong, Fatin Halim, Quek Kia Fatt, Fadzilah Hamzah · 2018 · World Journal of Nuclear Medicine
  51. In vitro evaluation of an iodine radionuclide dosimeter (IRD) for continuous patient monitoring
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  53. Distress and related factors in patients with papillary thyroid cancer just before the radioactive iodine therapy: Does perceived social support predict distress? (eng)
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  55. Radiation Dosimetry in Thyroid Cancer Patients
    Lebriz Uslu, Mustafa Demır · 2016 · InTech eBooks
  56. Nationwide Survey on Implementation of 2011 Nuclear Regulatory Commission Policy on Release of Patients After 131I Therapy for Thyroid Cancer
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  65. Fundamentals of Radiation Safety and Dosimetric Approach in Radionuclide Therapy Applications
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  67. Simplified Assessment of Radioiodine Biokinetics for Thyroid Cancer Patients: A Practical Approach Using Continuous External Radiation Monitoring
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  68. Paraplegic Patient with Metastatic Papillary Thyroid Cancer: A Multidisciplinary Approach to Radioactive Iodine Therapy Safety and Efficacy Strategy
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  69. Radiation Exposure of the Members of the Public from Patients Treated with 3.7 GBq and 1.85 GBq of 131I—May We Simply Divide by 2?
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  70. Horizon Scanning Research & Intelligence Centre
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