High-frequency ultrasound is a novel method to detect apoptotic cell death based on
changes in cell morphology that cause alterations in the viscoelastic and, consequently, the …

Purpose: Currently, no clinical imaging modality is used routinely to assess tumor response
to cancer therapies within hours to days of the delivery of treatment. Here, the authors …

PURPOSE: Currently, no routinely used imaging modality is available to assess the tumor
responses to cancer treatment within hours to days after radiotherapy. In this study, we …

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 …

BACKGROUND: Conventional frequency quantitative ultrasound in conjunction with textural
analysis techniques was investigated to monitor noninvasively the effects of cancer …

Purpose: Currently, no imaging modality is used routinely to assess tumor responses to
radiotherapy within hours to days after the delivery of treatment. In this study, we show the …

Purpose: Quantitative ultrasound techniques have been recently shown to be capable of
detecting cell death through studies conducted on in vitro and in vivo models. This study …

A new non-invasive method for monitoring apoptosis has been developed using high
frequency (40 MHz) ultrasound imaging. Conventional ultrasound backscatter imaging …

INTRODUCTION: Quantitative ultrasound parameters based on form factor models were
investigated as potential biomarkers of cell death in breast tumor (MDA-231) xenografts …

Objective. The purpose of this study was to evaluate the potential molecular mechanism of
low‐intensity ultrasound‐induced apoptosis by analyzing protein profile alteration in …