Ultrasonic Elastography - Globe Thesis

Keyword [Ultrasonic Elastography] Result: 1 - 20 \| Page: 1 of 7
1.	The Value Of Ultrasonic Elastography In Diagnosis Of Breast Lesions
2.	The Application Of Strain Ratio For Ultrasonic Elastography In Diagnosis Of Benign And Malignant Thyroid Nodules
3.	The Application Of Real-time Ultrasonic Elastography In Differential Diagnosis Of Breast Lesions
4.	The Value Of Conventional Ultrasound And Ultrasonic Elastography In Differential Diagnosis Of Thyroid Nodules
5.	Clinical Value Of Real-Time Ultrasonic Elastography In Diagnosing Focal Liver Lesions
6.	The Value Of Ultrasonic Elastography And Magnetic Resonance Imaging In Diagnosis For Breast Cancer
7.	The Value Of Uitrasonic Elastography In Differential Diagnosis Of Thyroid Benign And Maliganant Nodules
8.	Value Of Ultrasonic Elastography In Differentiating Benign And Malignant Liver Tumors
9.	Research On The Ultrasonic Elastography Of Focal Liver Lesions
10.	Ultrasonic Elastography's Application In The Non-invasive Evaluation Of Liver Fibrosis
11.	The Value Of Real-time Ultrasonic Elastography In Diaglosis Of Benign And Malignant Prostate Diseases
12.	Study Of Ultrasonic Elastography Applied In Differential Diagnosis Of Benign And Malignant Of Solid Breast Lesions
13.	Comparative Study Of The Value Of Ultrasonic Elastography And Color Doppler Flow Imaging In The Differential Diagnosis Of Breast Tumors
14.	The Diagnostic Value Of Ultrasonic Elastography In Cervical Lymphadenopathy
15.	The Application Of Ultrasonic Elastography In Diagnosing Thyroid Nodules
16.	The Value Of Ultrasonic Elastography In The Evaluation Of Liver Fibrosis
17.	The Value Of Ultrasonic Elastography In The Diagnosis And Prognosis Of Breast Lesions
18.	The Value Of Ultrasonic Elastography Strain Histogram In Grading Of Liver Fibrosis And Classiifcation Of Cirrhosis
19.	The Diagnostic Value Of Ultrasonic Elastography,Ultrasonography Comprehensive Score And Thinprep Cytology Test In Cervical Lesions
20.	The Study On The Hardness Of Lens Nuclear In Vivo And ITRAQ-based Quantitative Proteomic Analysis In Human With Different Axial Length And Age
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