porcine liver - Globe Thesis

Keyword [porcine liver] Result: 1 - 16 \| Page: 1 of 1
1.	Experimental Study On Immune Tolerance Of Porcine Liver Transplantation Induced By Pre-infusion Of Donor Apoptotic Lymphocyte
2.	Acute Injury Effect Of High Intensity Non-focused Ultrasound Irradiation To Porcine Liver
3.	915MHz Implanted Internally Cooled Microwave Ablation
4.	915MHz Microwave Ablation With Cooled-shaft Antennae: Experimental Study Of Computer-simulated Three-dimensional Thermal Field And Clinical Application Study
5.	Prospectively Comparative Study Of Percutaneously Cooled-probe Microwave, Radiofrequency Ablation And Hepatectomy For Early-stage Hepatocellular Carcinoma
6.	Purification Of Monoamine Oxidase B And The Chromatographic Approach For Analyzing Its Interactive Proteins In Porcine Liver
7.	Experimental And Clinical Study On Microwave Ablation Of Porcine Livers And Liver Carcinoma With 915MHz Implanted Internally Cooled Antenna
8.	Experimental And Clinical Study On Microwave Ablation Of Porcine Livers And Liver Carcinoma With 915mhz Implanted Internally Cooled Antenna
9.	The Significance Of Porcine Liver Entity Model And The Digital Model Of Production And Research The Clinical Study On Computer-Assisted Surgery System In Liver Tumors Of Child
10.	The Experimental Study Of Microwave Ablation On Fresh Ex-vivo Porcine Liver With2450MHz Dual-source Cooled-shaft Antenna
11.	Heparin Modification Improves Biocompatibility Of Decellularized Porcine Liver Scaffolds
12.	The Effect Of Crosslinking Agent Genipin On The Decellularized Porcine Liver Tissue Immunogenicity
13.	Safety And Efficacy Of Percutaneous Transhepatic Endobiliary Radiofrequency Ablation In Malignant Biliary Obstruction:Experimental And Clinical Study
14.	Real-time Monitoring Of Regional Thermal Ablation Of In Vivo Porcine Liver By Respiratory-gated MR Temperature Imaging
15.	Porcine Liver Photothermal Therapy Evaluated By Shear Wave Elastography:An Experimental Study
16.	Mechanisms of Human Erythrocyte Clearance During Human-to-Porcine-Liver Xenoperfusion and the Assessment of Current Pre-clinical Models
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