Review article – A narrative review on the reduction of effective dose to a paediatric patient by using different combinations of kVp, mAs and additional filtration whilst maintaining image quality

Wouter Schaake, Ruurd Visser, Elsbeth Huizinga, Charlotte Bloomfield, Filipa Boavida, Diane Chabloz, Emilie Crausaz, Hanne Hustveit, Heidi Knight, Anna Pereira, Vanja Harsaker

Onderzoeksoutput: Contribution to conference proceedingAcademicpeer review

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This paper reviews the literature for lowering of dose to paediatric patients through use of exposure factors and additional filtration. Dose reference levels set by The International Commission on Radiological Protection (ICRP) will be considered. Guidance was put in place in 1996 requires updating
to come into line with modern imaging equipment. There is a wide range of literature that specifies that grids should not be used on paediatric patients. Although much of the literature advocates additional filtration, contrasting views on the relative benefits of using aluminium or copper filtration, and their
effects on dose reduction and image quality can vary. Changing kVp and mAs has an effect on the dose to the patient and image quality. Collimation protects adjacent structures whilst reducing scattered radiation.
Originele taal-2English
TitelOPTIMAX 2014 – radiation dose and image quality optimisation in medical imaging
Plaats van productieLisbon, Portugal
Pagina's81
Aantal pagina's84
StatusPublished - 2015
EvenementOPTIMAX 2014: radiation dose and image quality optimisation in medical imaging - Lisbon , Portugal
Duur: 1 aug 201431 aug 2014

Seminar

SeminarOPTIMAX 2014
LandPortugal
StadLisbon
Periode1/08/1431/08/14

Vingerafdruk

Pediatrics
Aluminum
Copper
Radiation
Equipment and Supplies

Keywords

  • kinderbekken
  • filters
  • dosering
  • computerradiografie
  • lage kVp, mAs

Citeer dit

Schaake, W., Visser, R., Huizinga, E., Bloomfield, C., Boavida, F., Chabloz, D., ... Harsaker, V. (2015). Review article – A narrative review on the reduction of effective dose to a paediatric patient by using different combinations of kVp, mAs and additional filtration whilst maintaining image quality. In OPTIMAX 2014 – radiation dose and image quality optimisation in medical imaging (blz. 81). Lisbon, Portugal.
Schaake, Wouter ; Visser, Ruurd ; Huizinga, Elsbeth ; Bloomfield, Charlotte ; Boavida, Filipa ; Chabloz, Diane ; Crausaz, Emilie ; Hustveit, Hanne ; Knight, Heidi ; Pereira, Anna ; Harsaker, Vanja. / Review article – A narrative review on the reduction of effective dose to a paediatric patient by using different combinations of kVp, mAs and additional filtration whilst maintaining image quality. OPTIMAX 2014 – radiation dose and image quality optimisation in medical imaging. Lisbon, Portugal, 2015. blz. 81
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abstract = "This paper reviews the literature for lowering of dose to paediatric patients through use of exposure factors and additional filtration. Dose reference levels set by The International Commission on Radiological Protection (ICRP) will be considered. Guidance was put in place in 1996 requires updatingto come into line with modern imaging equipment. There is a wide range of literature that specifies that grids should not be used on paediatric patients. Although much of the literature advocates additional filtration, contrasting views on the relative benefits of using aluminium or copper filtration, and theireffects on dose reduction and image quality can vary. Changing kVp and mAs has an effect on the dose to the patient and image quality. Collimation protects adjacent structures whilst reducing scattered radiation.",
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Schaake, W, Visser, R, Huizinga, E, Bloomfield, C, Boavida, F, Chabloz, D, Crausaz, E, Hustveit, H, Knight, H, Pereira, A & Harsaker, V 2015, Review article – A narrative review on the reduction of effective dose to a paediatric patient by using different combinations of kVp, mAs and additional filtration whilst maintaining image quality. in OPTIMAX 2014 – radiation dose and image quality optimisation in medical imaging. Lisbon, Portugal, blz. 81, OPTIMAX 2014, Lisbon , Portugal, 1/08/14.

Review article – A narrative review on the reduction of effective dose to a paediatric patient by using different combinations of kVp, mAs and additional filtration whilst maintaining image quality. / Schaake, Wouter; Visser, Ruurd; Huizinga, Elsbeth; Bloomfield, Charlotte; Boavida, Filipa; Chabloz, Diane; Crausaz, Emilie; Hustveit, Hanne; Knight, Heidi; Pereira, Anna; Harsaker, Vanja.

OPTIMAX 2014 – radiation dose and image quality optimisation in medical imaging. Lisbon, Portugal, 2015. blz. 81.

Onderzoeksoutput: Contribution to conference proceedingAcademicpeer review

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AU - Visser, Ruurd

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AU - Bloomfield, Charlotte

AU - Boavida, Filipa

AU - Chabloz, Diane

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AB - This paper reviews the literature for lowering of dose to paediatric patients through use of exposure factors and additional filtration. Dose reference levels set by The International Commission on Radiological Protection (ICRP) will be considered. Guidance was put in place in 1996 requires updatingto come into line with modern imaging equipment. There is a wide range of literature that specifies that grids should not be used on paediatric patients. Although much of the literature advocates additional filtration, contrasting views on the relative benefits of using aluminium or copper filtration, and theireffects on dose reduction and image quality can vary. Changing kVp and mAs has an effect on the dose to the patient and image quality. Collimation protects adjacent structures whilst reducing scattered radiation.

KW - kinderbekken

KW - filters

KW - dosering

KW - computerradiografie

KW - lage kVp, mAs

KW - paediatric pelvis

KW - additional filters

KW - low kVp, mAs

KW - dose

KW - computed radiography

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Schaake W, Visser R, Huizinga E, Bloomfield C, Boavida F, Chabloz D et al. Review article – A narrative review on the reduction of effective dose to a paediatric patient by using different combinations of kVp, mAs and additional filtration whilst maintaining image quality. In OPTIMAX 2014 – radiation dose and image quality optimisation in medical imaging. Lisbon, Portugal. 2015. blz. 81