<p>(A) and (C): B-mode ultrasound images of two typical fibroadenomas. (B) and (D): Corresponding Young’s modulus images generated using elasticity imaging. The tumor boundary is represented by a black curve that is drawn using 50 modulus value. The modulus distribution within the tumors is relatively homogeneous and the margins of the tumor are smooth.</p
This study involves development of a real-time ultrasound based elastography system for breast cance...
Breast cancer is diagnosed by a combination of modalities. Measuring the elasto-mechanical propertie...
We describe a new method for quantitative imaging of strain and elastic modulus distributions in sof...
<p>(A) and (C): B-mode ultrasound images of two typical invasive ductal carcinomas. (B) and (D): Cor...
<div><p>Heterogeneity is a hallmark of cancer whether one considers the genotype of cancerous cells,...
Heterogeneity is a hallmark of cancer whether one considers the genotype of cancerous cells, the com...
Abstract: Ultrasonic elasticity imaging is a promising new tool for breast cancer diagnosis and mana...
Neoplastic tissue is typically highly vascularized, contains abnormal concentrations of extracellula...
The in vivo estimation of tissue elasticity parameters is important for realistic tissue deformation...
Images of tumor mechanical properties provide important insights into malignant processes characteri...
Breast cancer is a public health problem with ∼ 1.7 million new cases per year worldwide and with se...
Ultrasound-based elastography imaging is a popular method for characterizing tumors, based on the fa...
The study of non-invasive characterization of elastic properties of soft biological tissues has been...
International audienceThe objective of elastography is to complement mammography and ultrasound to b...
As far as their mechanical properties are concerned, cancerous lesions can be confused with healthy ...
This study involves development of a real-time ultrasound based elastography system for breast cance...
Breast cancer is diagnosed by a combination of modalities. Measuring the elasto-mechanical propertie...
We describe a new method for quantitative imaging of strain and elastic modulus distributions in sof...
<p>(A) and (C): B-mode ultrasound images of two typical invasive ductal carcinomas. (B) and (D): Cor...
<div><p>Heterogeneity is a hallmark of cancer whether one considers the genotype of cancerous cells,...
Heterogeneity is a hallmark of cancer whether one considers the genotype of cancerous cells, the com...
Abstract: Ultrasonic elasticity imaging is a promising new tool for breast cancer diagnosis and mana...
Neoplastic tissue is typically highly vascularized, contains abnormal concentrations of extracellula...
The in vivo estimation of tissue elasticity parameters is important for realistic tissue deformation...
Images of tumor mechanical properties provide important insights into malignant processes characteri...
Breast cancer is a public health problem with ∼ 1.7 million new cases per year worldwide and with se...
Ultrasound-based elastography imaging is a popular method for characterizing tumors, based on the fa...
The study of non-invasive characterization of elastic properties of soft biological tissues has been...
International audienceThe objective of elastography is to complement mammography and ultrasound to b...
As far as their mechanical properties are concerned, cancerous lesions can be confused with healthy ...
This study involves development of a real-time ultrasound based elastography system for breast cance...
Breast cancer is diagnosed by a combination of modalities. Measuring the elasto-mechanical propertie...
We describe a new method for quantitative imaging of strain and elastic modulus distributions in sof...