1) Diffussion-Weighted Imaging sequence
弥散成像序列
2) fluid attenuated inversion recovery
弥散加权成像序列
1.
Diagnostic value of diffusion weighted imaging and fluid attenuated inversion recovery in patients with superacute and acute cerebral infarction
磁共振弥散加权成像序列和液体衰减反转恢复技术诊断超急性期和急性期脑梗死的应用价值
3) diffusion weighted imaging
弥散成像
1.
Objective To study the applied value of diffusion weighted imaging-DWIBS(diffusion weighted imaging with background suppression) in detecting the body tumour.
目的探讨背景抑制弥散成像(diffusion weighted imaging with background suppression,DWIBS)技术在肿瘤病变中的临床应用。
4) diffusion-weighted imaging
弥散成像
1.
Conclusion Application of diffusion-weighted imaging may improve accuracy of diagnosis of brain infarction.
目的 探讨磁共振弥散成像对脑梗死的应用价值。
2.
Objective: To investigate the feasibility with diffusion-weighted imaging (DWI) and the apparent diffusion coefficient (ADC) value in detecting accuracy of the cancer extension.
目的:探讨利用磁共振弥散成像(DWI)和表观弥散系数(ADC)测定对乳腺癌范围确定的可行性。
5) DWI
[英][,di: dʌblju: 'aɪ] [美]['di 'dʌblju 'aɪ]
弥散成像
1.
The utility of low field intensity MRI using DWI sequence in the diagnosis of cerebral infarction;
低场强磁共振弥散成像在脑梗死诊断中的应用价值
2.
Early ischemic changes were clearly seen on DWI while T2WI was normal.
脑梗死超早期，常规MR和CT常不能发现异常，弥散成像(DWI)能清楚地显示缺血病灶。
6) diffusion imaging
弥散成像
1.
PartⅠA dynamic evolution of MR diffusion imaging in vasogenicbrain edema model of Wistar ratsObjective: To establish the best scan mode and the dynamic evolution mode ofdiffusion imaging in vasogenic brain edema(VBE) model of Wistar rats through theanalysis of the correlations between the parameters of diffusion imaging and watercontent of brain tissue.
第一部分Wistar大鼠血管源性脑水肿模型弥散成像动态演变研究目的：通过分析Wistar大鼠血管源性脑水肿(vasogenic brain edema，VBE)模型MR弥散成像测量参数与脑组织水含量的相关性，得出该模型最佳扫描方案、弥散成像动态演变规律以及通过该方法在体评估脑组织水含量的可能性，确立该模型血清S-100B水平变化方式。
补充资料：表观弥散系数
表观弥散系数
磁共振成像术语。磁共振弥散成像中应用的参数之一。ADC为代表使用与不使用弥散梯度时兴趣区信号强度的比值，可用下式计算：ADC=(InS2-InS1)/ΔbS1为使用弥散梯度时兴趣区的信号强度，S2为不使用弥散梯度时兴趣区的信号强度，Δb为使用与不使用弥散敏化梯度时b值的差。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条