<p>Recently, there has been renewed interest in decreasing radiation dose to patients from diagnostic imaging procedures. So far, efforts to decrease radiation dose have focused on the amount of radiation delivered from typical techniques and fail to capture the variation in radiation dose between patients. Despite the feasibility of estimating patient-specific radiation doses and the potential for this practice to aid in protocol optimization, it is not currently standard procedure for hospitals to monitor radiation dose for all patients. To address this shortcoming, we have developed an institution-wide patient-specific radiation dose monitoring program for computed tomography, digital radiography, and nuclear medicine.</p>Thesi
As the utilization of medical imaging services continues to expand, so does the delivery of ionizing...
This review of the basic concepts of dose management in conventional nuclear medicine imaging and po...
Abstract. This paper summarizes technological advances in diagnostic radiography, fluoroscopy and co...
<p>Recently, there has been a lot of effort placed on monitoring patient dose from medical procedure...
Due to an increase in regulatory scrutiny and medical facility accreditation requirements to monitor...
Hybrid imaging procedures such as single-photon emission computed tomography/computed tomography (SP...
CONCLUSION Radiation dose reduction, while saving image quality could be easily implemented with thi...
Quality and safety improvements in radiology and medical imaging are substantially affected by radia...
Ionizing radiation is used in diagnostic radiology with a large contribution to the health of the pa...
Current estimation of radiation dose from computed tomography (CT) scans on patients has relied on t...
Patient-specific dosimetry in nuclear medicine is now a legal requirement in many countries througho...
This presentations outlines the possible initiatives that a radiology department could employ to red...
Graduation date: 2011The use of medical diagnostic imaging involving ionizing radiation has drastica...
The increasing complexity and numbers of interventional fluoroscopy procedures have led to increasin...
The assessment of patient dose has gained increased attention, still being an issue of concern that ...
As the utilization of medical imaging services continues to expand, so does the delivery of ionizing...
This review of the basic concepts of dose management in conventional nuclear medicine imaging and po...
Abstract. This paper summarizes technological advances in diagnostic radiography, fluoroscopy and co...
<p>Recently, there has been a lot of effort placed on monitoring patient dose from medical procedure...
Due to an increase in regulatory scrutiny and medical facility accreditation requirements to monitor...
Hybrid imaging procedures such as single-photon emission computed tomography/computed tomography (SP...
CONCLUSION Radiation dose reduction, while saving image quality could be easily implemented with thi...
Quality and safety improvements in radiology and medical imaging are substantially affected by radia...
Ionizing radiation is used in diagnostic radiology with a large contribution to the health of the pa...
Current estimation of radiation dose from computed tomography (CT) scans on patients has relied on t...
Patient-specific dosimetry in nuclear medicine is now a legal requirement in many countries througho...
This presentations outlines the possible initiatives that a radiology department could employ to red...
Graduation date: 2011The use of medical diagnostic imaging involving ionizing radiation has drastica...
The increasing complexity and numbers of interventional fluoroscopy procedures have led to increasin...
The assessment of patient dose has gained increased attention, still being an issue of concern that ...
As the utilization of medical imaging services continues to expand, so does the delivery of ionizing...
This review of the basic concepts of dose management in conventional nuclear medicine imaging and po...
Abstract. This paper summarizes technological advances in diagnostic radiography, fluoroscopy and co...