World Radiology Journals
Radiologist technologists perform
diagnostic imaging examinations and perform
radiotherapy treatments. The technologist moves the imaging equipment into position and adjusts equipment controls supported his or her knowledge of the procedure. The technologist is also liable for using radiation safety techniques to make sure exposures for team members and patients meet ALARA standards. To stop unnecessary radiation exposure, a technologist uses radiation protective devices like lead aprons and shields. Additionally, the technologist sets the acceptable collimation to attenuate scatter radiation. Collimation is that the process of adjusting the x-ray beam to the anatomic area appropriate for the procedure. The technologist also may operate mobile x-ray or ultrasound equipment to get images within the ER; Technologists also assist radiologists with general radiology, computerized tomography, and resonance imaging and ultrasound procedures. The paramount objective of WJR is to showcase and promote distinguished research within the field of radiology, to assist advance development of this field. In film-screen radiography, an X-ray tube generates a beam of X-rays, which is aimed toward the patient. The X-rays that undergo the patient are filtered through a tool called a grid or X-ray filter, to scale back scatter, and strike an undeveloped film, which is held tightly to a screen of light-emitting phosphors during a light-tight cassette. The film is then developed chemically and a picture appears on the film. Film-screen radiography is being replaced by phosphor plate radiography but more recently by digital radiography (DR) and therefore the EOS imaging. Within the two latest systems, the X-rays strike
sensors that converts the signals generated into digital information, which is transmitted and converted into a picture displayed on a display screen. In digital radiography the
sensors shape a plate, but within the EOS system, which may be a slot-scanning system, a linear sensor vertically scans the patient.
High Impact List of Articles
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Cancer stem cells as a therapeutic target of the future
Jiri Hatina
Editorial: Clinical Investigation
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Cancer stem cells as a therapeutic target of the future
Jiri Hatina
Editorial: Clinical Investigation
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Cancer stem cells as a therapeutic target of the future
Jiri Hatina
Editorial: Clinical Investigation
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Cancer stem cells as a therapeutic target of the future
Jiri Hatina
Editorial: Clinical Investigation
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Cancer stem cells as a therapeutic target of the future
Jiri Hatina
Editorial: Clinical Investigation
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Cancer stem cells as a therapeutic target of the future
Jiri Hatina
Editorial: Clinical Investigation
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Acknowledgements: Clinical Investigation (2012) Vol 2, Iss 10
Acknowledgements: Clinical Investigation
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Acknowledgements: Clinical Investigation (2012) Vol 2, Iss 10
Acknowledgements: Clinical Investigation
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Acknowledgements: Clinical Investigation (2012) Vol 2, Iss 10
Acknowledgements: Clinical Investigation
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Acknowledgements: Clinical Investigation (2012) Vol 2, Iss 10
Acknowledgements: Clinical Investigation
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Acknowledgements: Clinical Investigation (2012) Vol 2, Iss 10
Acknowledgements: Clinical Investigation
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Acknowledgements: Clinical Investigation (2012) Vol 2, Iss 10
Acknowledgements: Clinical Investigation
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Statistical issues in trial design and personalized medicine
Feifang Hu
Editorial: Clinical Investigation
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Statistical issues in trial design and personalized medicine
Feifang Hu
Editorial: Clinical Investigation
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Statistical issues in trial design and personalized medicine
Feifang Hu
Editorial: Clinical Investigation
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Statistical issues in trial design and personalized medicine
Feifang Hu
Editorial: Clinical Investigation
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Statistical issues in trial design and personalized medicine
Feifang Hu
Editorial: Clinical Investigation
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Statistical issues in trial design and personalized medicine
Feifang Hu
Editorial: Clinical Investigation
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Considerations in the design of clinical trials for erectile dysfunction
Naif Alhathal, Talal Al-Qaoud,Serge Carrier
Clinical Trail Methodology: Clinical Investigation
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Considerations in the design of clinical trials for erectile dysfunction
Naif Alhathal, Talal Al-Qaoud,Serge Carrier
Clinical Trail Methodology: Clinical Investigation
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Considerations in the design of clinical trials for erectile dysfunction
Naif Alhathal, Talal Al-Qaoud,Serge Carrier
Clinical Trail Methodology: Clinical Investigation
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Considerations in the design of clinical trials for erectile dysfunction
Naif Alhathal, Talal Al-Qaoud,Serge Carrier
Clinical Trail Methodology: Clinical Investigation
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Considerations in the design of clinical trials for erectile dysfunction
Naif Alhathal, Talal Al-Qaoud,Serge Carrier
Clinical Trail Methodology: Clinical Investigation
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Considerations in the design of clinical trials for erectile dysfunction
Naif Alhathal, Talal Al-Qaoud,Serge Carrier
Clinical Trail Methodology: Clinical Investigation
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The IMPROVE-IT trial: current status and potential clinical implications of ezetimibe
Finn Akerstrm, Luis Rodriguez-Padial
Review Article: Clinical Investigation
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The IMPROVE-IT trial: current status and potential clinical implications of ezetimibe
Finn Akerstrm, Luis Rodriguez-Padial
Review Article: Clinical Investigation
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The IMPROVE-IT trial: current status and potential clinical implications of ezetimibe
Finn Akerstrm, Luis Rodriguez-Padial
Review Article: Clinical Investigation
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The IMPROVE-IT trial: current status and potential clinical implications of ezetimibe
Finn Akerstrm, Luis Rodriguez-Padial
Review Article: Clinical Investigation
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The IMPROVE-IT trial: current status and potential clinical implications of ezetimibe
Finn Akerstrm, Luis Rodriguez-Padial
Review Article: Clinical Investigation
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The IMPROVE-IT trial: current status and potential clinical implications of ezetimibe
Finn Akerstrm, Luis Rodriguez-Padial
Review Article: Clinical Investigation
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