Radiation protection procedures in 131I treatments for thyroid cancer in patients requiring hemodialysis

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4 Citations (Scopus)

Abstract

BACKGROUND: Hemodialysis is essential for patients with renal failure, and iodine-131 (I) administration is the standard of care in thyroid carcinoma treatment. Although the need for hemodialysis during I treatment is very rare, it raises some concerns due to the involvement of personnel not exposed to radiation and to the contamination of devices used for other patients. In this paper, a radioprotection protocol to perform hemodialysis safely on patients during I treatment has been presented. PATIENTS AND METHODS: The exposure of personnel who assisted 13 patients over the course of 10 years was monitored: external exposure was measured through electronic dosimeters, and internal contamination was checked by thyroid uptake and urine sample gamma spectrometry.Over this period, room layout was optimized to allow an improvement of radioprotection procedures.Two nurses were involved in patient assistance. RESULTS: After hemodialysis, measurements of internal contamination were below the minimum detectable activity and external exposure was in the range of 1-82 μSv in terms of Hp(10).A reduction in personnel exposure was observed after hospitalization room renovation: Hp(10) normalized to the activity administered to the patient was about halved. CONCLUSION: The data show that hemodialysis can be performed safely during I treatments when appropriate radioprotection actions are implemented.

Original languageEnglish
Pages (from-to)626-630
Number of pages5
JournalNuclear Medicine Communications
Volume35
Issue number6
DOIs
Publication statusPublished - 2014

Fingerprint

Radiation Protection
Thyroid Neoplasms
Renal Dialysis
Therapeutics
Gamma Spectrometry
Standard of Care
Iodine
Renal Insufficiency
Thyroid Gland
Hospitalization
Nurses
Urine
Radiation
Equipment and Supplies

Keywords

  • iodine-131
  • radiation protection
  • renal dialysis
  • thyroid carcinoma

ASJC Scopus subject areas

  • Radiology Nuclear Medicine and imaging
  • Medicine(all)

Cite this

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title = "Radiation protection procedures in 131I treatments for thyroid cancer in patients requiring hemodialysis",
abstract = "BACKGROUND: Hemodialysis is essential for patients with renal failure, and iodine-131 (I) administration is the standard of care in thyroid carcinoma treatment. Although the need for hemodialysis during I treatment is very rare, it raises some concerns due to the involvement of personnel not exposed to radiation and to the contamination of devices used for other patients. In this paper, a radioprotection protocol to perform hemodialysis safely on patients during I treatment has been presented. PATIENTS AND METHODS: The exposure of personnel who assisted 13 patients over the course of 10 years was monitored: external exposure was measured through electronic dosimeters, and internal contamination was checked by thyroid uptake and urine sample gamma spectrometry.Over this period, room layout was optimized to allow an improvement of radioprotection procedures.Two nurses were involved in patient assistance. RESULTS: After hemodialysis, measurements of internal contamination were below the minimum detectable activity and external exposure was in the range of 1-82 μSv in terms of Hp(10).A reduction in personnel exposure was observed after hospitalization room renovation: Hp(10) normalized to the activity administered to the patient was about halved. CONCLUSION: The data show that hemodialysis can be performed safely during I treatments when appropriate radioprotection actions are implemented.",
keywords = "iodine-131, radiation protection, renal dialysis, thyroid carcinoma",
author = "Federica Fioroni and Roberto Sghedoni and Elisa Grassi and Vando Piccagli and Martina Sollini and Angelina Filice and Annibale Versari and Mauro Iori",
year = "2014",
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AU - Fioroni, Federica

AU - Sghedoni, Roberto

AU - Grassi, Elisa

AU - Piccagli, Vando

AU - Sollini, Martina

AU - Filice, Angelina

AU - Versari, Annibale

AU - Iori, Mauro

PY - 2014

Y1 - 2014

N2 - BACKGROUND: Hemodialysis is essential for patients with renal failure, and iodine-131 (I) administration is the standard of care in thyroid carcinoma treatment. Although the need for hemodialysis during I treatment is very rare, it raises some concerns due to the involvement of personnel not exposed to radiation and to the contamination of devices used for other patients. In this paper, a radioprotection protocol to perform hemodialysis safely on patients during I treatment has been presented. PATIENTS AND METHODS: The exposure of personnel who assisted 13 patients over the course of 10 years was monitored: external exposure was measured through electronic dosimeters, and internal contamination was checked by thyroid uptake and urine sample gamma spectrometry.Over this period, room layout was optimized to allow an improvement of radioprotection procedures.Two nurses were involved in patient assistance. RESULTS: After hemodialysis, measurements of internal contamination were below the minimum detectable activity and external exposure was in the range of 1-82 μSv in terms of Hp(10).A reduction in personnel exposure was observed after hospitalization room renovation: Hp(10) normalized to the activity administered to the patient was about halved. CONCLUSION: The data show that hemodialysis can be performed safely during I treatments when appropriate radioprotection actions are implemented.

AB - BACKGROUND: Hemodialysis is essential for patients with renal failure, and iodine-131 (I) administration is the standard of care in thyroid carcinoma treatment. Although the need for hemodialysis during I treatment is very rare, it raises some concerns due to the involvement of personnel not exposed to radiation and to the contamination of devices used for other patients. In this paper, a radioprotection protocol to perform hemodialysis safely on patients during I treatment has been presented. PATIENTS AND METHODS: The exposure of personnel who assisted 13 patients over the course of 10 years was monitored: external exposure was measured through electronic dosimeters, and internal contamination was checked by thyroid uptake and urine sample gamma spectrometry.Over this period, room layout was optimized to allow an improvement of radioprotection procedures.Two nurses were involved in patient assistance. RESULTS: After hemodialysis, measurements of internal contamination were below the minimum detectable activity and external exposure was in the range of 1-82 μSv in terms of Hp(10).A reduction in personnel exposure was observed after hospitalization room renovation: Hp(10) normalized to the activity administered to the patient was about halved. CONCLUSION: The data show that hemodialysis can be performed safely during I treatments when appropriate radioprotection actions are implemented.

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KW - renal dialysis

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