In optoacoustic imaging, short laser pulses irradiate highly scattering human tissue and
adiabatically heat embedded absorbing structures, such as blood vessels, to generate …

Rapid progress in the development of multispectral optoacoustic tomography techniques
has enabled unprecedented insights into biological dynamics and molecular processes in …

The limitations of diagnostic echo ultrasound have motivated research into novel modalities
that complement ultrasound in a multimodal device. One promising candidate is speed of …

A novel Fourier transform based reconstruction algorithm for solving the inverse problem in
optoacoustic imaging is presented, which improves reconstruction efficiency and image …

Optoacoustic imaging takes advantage of high optical contrast and low acoustic scattering
and has found several biomedical applications. In the common backward mode a laser …

In this paper, the multielement phase-controlled technique and the limited-field-filtered back-
projection algorithm are used to investigate the two-dimensional fast noninvasive …

This paper investigates a novel method which allows clutter elimination in deep
optoacoustic imaging. Clutter significantly limits imaging depth in clinical optoacoustic …

A double-ring sensor was applied in photoacoustic tomographic imaging of artificial blood
vessels as well as blood vessels in a rabbit ear. The peak-to-peak time (τ pp) of the laser …

In medical optoacoustics (photoacoustics), absorbing structures, such as blood vessels,
hidden inside scattering media are illuminated with short laser pulses resulting in the …

Clutter noise is an important challenge in photocoustic (PA) and ultrasound (US) imaging as
they degrade the image quality. In this paper, the short-lag spatial coherence (SLSC) …