PRELIMINARY APPLICATION OF WHOLE BODY DIFFUSION WEIGHTED IMAGING IN SCREENING METASTASIS
Chinese Medical Sciences JournalIssue 3, Pages: 178-182(2008)
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PRELIMINARY APPLICATION OF WHOLE BODY DIFFUSION WEIGHTED IMAGING IN SCREENING METASTASIS
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CLC:R730.4
Published:2008
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[1].PRELIMINARY APPLICATION OF WHOLE BODY DIFFUSION WEIGHTED IMAGING IN SCREENING METASTASIS[J].Chinese Medical Sciences Journal,2008(03):178-182.
Yong-jing Guan, Hua-wei Ling, and Ke-min Chen Department of Radiology, et al. PRELIMINARY APPLICATION OF WHOLE BODY DIFFUSION WEIGHTED IMAGING IN SCREENING METASTASIS[J]. Chinese medical sciences journal, 2008, (3): 178-182.
[1].PRELIMINARY APPLICATION OF WHOLE BODY DIFFUSION WEIGHTED IMAGING IN SCREENING METASTASIS[J].Chinese Medical Sciences Journal,2008(03):178-182.DOI:
Yong-jing Guan, Hua-wei Ling, and Ke-min Chen Department of Radiology, et al. PRELIMINARY APPLICATION OF WHOLE BODY DIFFUSION WEIGHTED IMAGING IN SCREENING METASTASIS[J]. Chinese medical sciences journal, 2008, (3): 178-182.DOI:
PRELIMINARY APPLICATION OF WHOLE BODY DIFFUSION WEIGHTED IMAGING IN SCREENING METASTASIS
摘要
Objective To investigate the feasibility of whole body diffusion weighted imaging (WB-DWI) in screening metastasis. Methods WB-DWI was performed in 24 patients diagnosed with various types of primary tumors. The three-dimensional maximum intensity projection reconstruction and black-and-white flip technique were used to observe metastatic lesions
and the results were compared with those of bone scintigraphy. Results By WB-DWI scanning sequence at b = 800 s/mm2
all the bone lesions found by bone scintigraphy in the cohort were well identified
and other lesions of soft tissue and organs were also well demonstrated. Its screening capability was equivalent with bone scintigraphy in screening metastases in bones (P = 0.062). Conclusion WB-DWI was practicable with the parameter settings attempted in metastases screening.
Abstract
Objective To investigate the feasibility of whole body diffusion weighted imaging (WB-DWI) in screening metastasis. Methods WB-DWI was performed in 24 patients diagnosed with various types of primary tumors. The three-dimensional maximum intensity projection reconstruction and black-and-white flip technique were used to observe metastatic lesions
and the results were compared with those of bone scintigraphy. Results By WB-DWI scanning sequence at b = 800 s/mm2
all the bone lesions found by bone scintigraphy in the cohort were well identified
and other lesions of soft tissue and organs were also well demonstrated. Its screening capability was equivalent with bone scintigraphy in screening metastases in bones (P = 0.062). Conclusion WB-DWI was practicable with the parameter settings attempted in metastases screening.