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Essay / Research Paper Abstract
This 4 page paper considers the use of 3D ultrasound technology vs. 2D ultrasound technology. This paper specifically considers the use of 3D imaging for abdominal organs, including the liver. Bibliography lists 3 sources.
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4 pages (~225 words per page)
File: MH11_MHUltras.rtf
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examinations of the liver. The development of better imaging technology has led to the use of 3 dimensional (3D) imaging, which is a vast improvement over the two dimensional
imaging of the past. In understanding the difference between three dimensional and two dimensional imaging and the shift in use in recent years, it is necessary to understand
the complexities of viewing abdominal organs, including the liver. Further, it is beneficial to consider the transformation of ultrasound technology in recent years and advancements that have improved the
outcomes of ultrasound imaging for vascular examinations. Case studies of abdominal vascular exams, especially of the liver, show the benefits of 3D imaging. Advancements in radiology and ultrasound technology
have determined the increasing use of 3D images (Advance MRI Radiology, 2003). The 3D image is possible through the use of parallel signal processing and high frequency ultrasound technology
(Advanced MRI Radiology, 2003). As a result, ultrasound machines have now been created to produce 3D rendering and integrate multi-planar images (Advanced MRI Radiology, 2003). These have been
especially effective in the study of abdominal studies, as well as vascular studies (Advanced MRI Radiology, 2003). The underlying reason behind the use of 3D imaging over 2D imaging is
obvious; two dimensional imaging is a more limited view, and the distinctions that can be made because of the use of a more graphically representative model is the primarily benefit
of the 3D image. At the same time, 2 dimensional imaging has been utilized effectively for a number of years in the assessment of a variety of abdominal characteristics,
and so the necessity for 3D imaging is not always present. As a result, considerations regarding the nature of imaging, the nature of elements being imaged, and the overall
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