Conventional medical imaging technologies, including ultrasound, have continued to
improve over the years. For example, in oncology, medical imaging is characterized by high …

Assessing the proportion of biological cells in a volume of interest undergoing structural
changes, such as cell death, using high-frequency ultrasound (20–100 MHz), requires the …

High frequency ultrasound imaging (20 to 60 MHz) is increasingly being used in small
animal imaging, molecular imaging and for the detection of structural changes during cell …

We investigate the use of signal envelope statistics to monitor and quantify structural
changes during cell death using an in vitro cell model. Using af/2.35 transducer (center …

Time-resolved acoustic microscopy was used to measure properties of cells such as the
thickness, sound velocity, acoustic impedance, density, bulk modulus, and attenuation …

Aim: We aimed to identify quantitative ultrasound (QUS)-radiomic markers to predict
radiotherapy response in metastatic lymph nodes of head and neck cancer. Materials & …

The objective of this work is to investigate changes in the acoustic properties of cells when
exposed to chemotherapy for monitoring treatment response. High frequency ultrasound …

We describe a new technique that combines ultrasound and microfluidics to rapidly size and
count cells in a high-throughput and label-free fashion. Using 3D hydrodynamic flow …

Variations in the acoustic impedance throughout cells and tissue can be used to gain insight
into cellular microstructures and the physiologic state of the cell. Ultrasound imaging can be …

The specific myocardial structural components that contribute to the observed level of
backscatter from the heart and its dependence on the angle of insonification have not been …