This paper comprehensively reviews the emerging topic of optoacoustic imaging from the
image reconstruction and quantification perspective. Optoacoustic imaging combines highly …

Significance Photoacoustic imaging (PAI) enables the visualization of optical contrast with
ultrasonic imaging. It is a field of intense research, with great promise for clinical application …

Photoacoustic imaging allows absorption-based high-resolution spectroscopic in vivo
imaging at a depth beyond that of optical microscopy. Until recently, photoacoustic imaging …

Photoacoustic imaging (PAI) has attracted great attention as a medical imaging method.
Typically, photoacoustic (PA) images are reconstructed via beamforming, but many factors …

The use of a novel all-optical photoacoustic scanner for imaging the development of tumor
vasculature and its response to a therapeutic vascular disrupting agent is described. The …

The ultimate goal of photoacoustic tomography is to accurately map the absorption
coefficient throughout the imaged tissue. Most studies either assume that acoustic properties …

Photoacoustic computed tomography (PACT) is a novel biomedical imaging modality and
has experienced fast developments in the past two decades. Spatial resolution is an …

Photoacoustic imaging (PAI), recognized as a promising biomedical imaging modality for
preclinical and clinical studies, uniquely combines the advantages of optical and ultrasound …

Purpose: In most photoacoustic (PA) tomographic reconstructions, variations in speed‐of‐
sound (SOS) of the subject are neglected under the assumption of acoustic homogeneity …

Current clinical ultrasound scanners cannot be used to image the interior morphology of
bones because these scanners fail to address the complicated physics involved for exact …