Background: A literature review revealed that there is a lack of valid data on bitewing exposure dosimetry to the head and neck organs of pediatric patients. Here we are determining the actual dose to two anthropomorphic juvenile (5 yr old and 10 yr old) phantoms. Objective: To yield dosimetric measurements on the X-ray exposures to the organs of the head and neck from bitewing radiographs taken of two juvenile CIRS phantoms using round and rectangular collimation for both film and digital radiography. Methods and Materials: Two anthropomorphic CIRS juvenile phantoms (5yr old and 10 yr old) were exposed for bitewing radiographs using a Gendex 765 x-ray machine at the manufacturers pre-set film and digital pediatric settings for both rectang...
Objective: to compare a radiation dose obtained during standard digital radiography, tomosynthesis, ...
The purpose of this study was to determine, by theoretical calculation and experimental measurement,...
Background and Purpose: Improved radiotherapy techniques in pediatric craniospinal therapy (CSRT) st...
Background: The purpose of the study was to evaluate the radiation dose of the NOMAD Pro 2 device fo...
Purpose: This study’s purpose was to evaluate the effective dose (E) and equivalent dose (HT) of exp...
Objectives: To obtain head dimensions from patients who received dental CBCT at BC Children’s Hospit...
Purpose: The increase in the frequency of CT examinations over the past decade has raised concerns a...
Due to the significant increase in pediatric trunk computed tomography (CT) examinations, there is a...
Purpose: Positron emission tomography (PET) plays an important role in the diagnosis, staging, treat...
PET uses specific molecules labelled with positron-emitting radionuclides to provide valuable bioche...
Purpose: The purpose of our study was to quantify radiation dose from the XTG (Xray2Go) Handheld X...
Interpretation of radiolucent foreign bodies (FBs) is a common task charged to pediatric radiologist...
X-ray CT examinations have been performed for not only adult patients but also children because of t...
Estimating absorbed doses to children from external and internal radiation sources has become import...
The aim of the study was to calculate the effective dose during fluoroscopy-guided pediatric interve...
Objective: to compare a radiation dose obtained during standard digital radiography, tomosynthesis, ...
The purpose of this study was to determine, by theoretical calculation and experimental measurement,...
Background and Purpose: Improved radiotherapy techniques in pediatric craniospinal therapy (CSRT) st...
Background: The purpose of the study was to evaluate the radiation dose of the NOMAD Pro 2 device fo...
Purpose: This study’s purpose was to evaluate the effective dose (E) and equivalent dose (HT) of exp...
Objectives: To obtain head dimensions from patients who received dental CBCT at BC Children’s Hospit...
Purpose: The increase in the frequency of CT examinations over the past decade has raised concerns a...
Due to the significant increase in pediatric trunk computed tomography (CT) examinations, there is a...
Purpose: Positron emission tomography (PET) plays an important role in the diagnosis, staging, treat...
PET uses specific molecules labelled with positron-emitting radionuclides to provide valuable bioche...
Purpose: The purpose of our study was to quantify radiation dose from the XTG (Xray2Go) Handheld X...
Interpretation of radiolucent foreign bodies (FBs) is a common task charged to pediatric radiologist...
X-ray CT examinations have been performed for not only adult patients but also children because of t...
Estimating absorbed doses to children from external and internal radiation sources has become import...
The aim of the study was to calculate the effective dose during fluoroscopy-guided pediatric interve...
Objective: to compare a radiation dose obtained during standard digital radiography, tomosynthesis, ...
The purpose of this study was to determine, by theoretical calculation and experimental measurement,...
Background and Purpose: Improved radiotherapy techniques in pediatric craniospinal therapy (CSRT) st...