WHOLE BODY DIFFUSION WEIGHTED IMAGING:A NEW ERA OF ONCOLOGICAL RADIOLOGY

Zheng-yu Jin1; Hua-dan Xue1; and Hua Tao2 1Department of Radiology; Peking Union Medical College Hospital; Chinese Academy of Medical Sciences & Peking Union Medical College; Beijing 100730 2MR Modality; General Electric Healthcare China; Beijing 100176

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WHOLE BODY DIFFUSION WEIGHTED IMAGING:A NEW ERA OF ONCOLOGICAL RADIOLOGY

Chinese Medical Sciences Journal Issue 3, Pages: 129-132(2008)

Updated：2024-04-10

- WHOLE BODY DIFFUSION WEIGHTED IMAGING:A NEW ERA OF ONCOLOGICAL RADIOLOGY
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  CLC： R730.5
- Published：2008
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[1].WHOLE BODY DIFFUSION WEIGHTED IMAGING:A NEW ERA OF ONCOLOGICAL RADIOLOGY[J].Chinese Medical Sciences Journal,2008(03):129-132.

Zheng-yu Jin1, Hua-dan Xue1, and Hua Tao2 1Department of Radiology, et al. WHOLE BODY DIFFUSION WEIGHTED IMAGING:A NEW ERA OF ONCOLOGICAL RADIOLOGY[J]. Chinese medical sciences journal, 2008, (3): 129-132.
[1].WHOLE BODY DIFFUSION WEIGHTED IMAGING:A NEW ERA OF ONCOLOGICAL RADIOLOGY[J].Chinese Medical Sciences Journal,2008(03):129-132. DOI：

Zheng-yu Jin1, Hua-dan Xue1, and Hua Tao2 1Department of Radiology, et al. WHOLE BODY DIFFUSION WEIGHTED IMAGING:A NEW ERA OF ONCOLOGICAL RADIOLOGY[J]. Chinese medical sciences journal, 2008, (3): 129-132. DOI：

摘要

Cancer has become the leading cause of mortality in the urban area of China. Whole body diffusion weighted imaging （WB-DWI）

also known as virtual positron emission tomography

has gradually become accepted as an image tool in tumor localization

characterization

staging and monitoring response to therapy or tumor recurrence. Our article aimed to summarize the limited initial clinical use of WB-DWI in the referred area

and to analyze the most potential advantage of WB-DWI in therapeutic monitoring and tumor staging. WB-DWI as a highly sensitive

completely non-invasive

well-tolerated and low price technique has a promising furture in tumor assessment. Profound clinical study is necessary for its further application improvement.

Abstract

Cancer has become the leading cause of mortality in the urban area of China. Whole body diffusion weighted imaging （WB-DWI）

also known as virtual positron emission tomography

has gradually become accepted as an image tool in tumor localization

characterization

staging and monitoring response to therapy or tumor recurrence. Our article aimed to summarize the limited initial clinical use of WB-DWI in the referred area

and to analyze the most potential advantage of WB-DWI in therapeutic monitoring and tumor staging. WB-DWI as a highly sensitive

completely non-invasive

well-tolerated and low price technique has a promising furture in tumor assessment. Profound clinical study is necessary for its further application improvement.

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