Add to ORKGThis work aims at deepening the comprehension of this phenomenon, proposing two novel set ups for the characterization of the tissue contraction in correlation with the physical status of the ablated tissue, i.e. to its temperature
Introduction The majority of primary and secondary liver tumours are inoperable. „In situ‟ thermal d...
Introduction The majority of primary and secondary liver tumours are inoperable. „In situ‟ thermal d...
porcine models and assess the shape of microwave coagulation zone among these tissues. porcine musc...
This work aims to study the shrinkage phenomenon that occurs in the biological tissue treated with a...
Purpose: Developing a predictive model of the shrinkage of liver tissues in microwave ablation. Meth...
Treatment planning in microwave thermal ablation (MTA) requires the capability to predict and estima...
Purpose: To evaluate, characterise and compare the extent of tissue shrinkage induced from three dif...
Aim of the present study was to test and validate an ex vivo predictive model for the evaluation of ...
<p><b>Purpose:</b> The aim of this study was to develop a predictive model of the shrinkage of liver...
Purpose: The aim of this study was to characterise changes in tissue volume during image guided micr...
This work focuses on the tissue shrinkage occurring during a Microwave Thermal Ablation procedure, a...
Results: Overall, substantial shrinkage of 52-74% of initial tissue volume was noted. The shrinkage ...
Aim of this work is to characterize temperature increases obtained during a microwave thermal ablati...
In microwave thermal ablation (MTA) therapy, the dielectric properties of the target tissue play an ...
Thermal ablation treatments are gaining an increasing interest in the clinics thanks to their reduce...
Introduction The majority of primary and secondary liver tumours are inoperable. „In situ‟ thermal d...
Introduction The majority of primary and secondary liver tumours are inoperable. „In situ‟ thermal d...
porcine models and assess the shape of microwave coagulation zone among these tissues. porcine musc...
This work aims to study the shrinkage phenomenon that occurs in the biological tissue treated with a...
Purpose: Developing a predictive model of the shrinkage of liver tissues in microwave ablation. Meth...
Treatment planning in microwave thermal ablation (MTA) requires the capability to predict and estima...
Purpose: To evaluate, characterise and compare the extent of tissue shrinkage induced from three dif...
Aim of the present study was to test and validate an ex vivo predictive model for the evaluation of ...
<p><b>Purpose:</b> The aim of this study was to develop a predictive model of the shrinkage of liver...
Purpose: The aim of this study was to characterise changes in tissue volume during image guided micr...
This work focuses on the tissue shrinkage occurring during a Microwave Thermal Ablation procedure, a...
Results: Overall, substantial shrinkage of 52-74% of initial tissue volume was noted. The shrinkage ...
Aim of this work is to characterize temperature increases obtained during a microwave thermal ablati...
In microwave thermal ablation (MTA) therapy, the dielectric properties of the target tissue play an ...
Thermal ablation treatments are gaining an increasing interest in the clinics thanks to their reduce...
Introduction The majority of primary and secondary liver tumours are inoperable. „In situ‟ thermal d...
Introduction The majority of primary and secondary liver tumours are inoperable. „In situ‟ thermal d...
porcine models and assess the shape of microwave coagulation zone among these tissues. porcine musc...