Photoacoustic imaging (PAI) has the potential for real-time molecular imaging at high
resolution and deep inside the tissue, using nonionizing radiation and not necessarily …

The structural and molecular heterogeneities of biological tissues demand the interrogation
of the samples with multiple energy sources and provide visualization capabilities at varying …

For clinical optoacoustic imaging, linear probes are preferably used because they allow
versatile imaging of the human body with real-time display and free-hand probe guidance …

Frequent measurement of blood glucose concentration in diabetic patients is an important
means for diabetes control. Blood glucose monitoring with noninvasive detection technology …

Current diagnosis of prostate cancer relies on histological analysis of tissue samples
acquired by biopsy, which could benefit from real-time identification of suspicious lesions …

The thermoacoustic (TA) contrast mechanism relies on rapid tissue heating and subsequent
thermal expansion. TA computerized tomography (TCT) is therefore inverse source imaging …

The influence of the elastic modulus of a tumor (EMT) on the laser-generated thermoelastic
force source and ultrasound waves are investigated by using the finite element method …

To confirm the presence of prostate cancer which is the most incident visceral cancer in
men, prostate biopsies are acquired using the magnetic resonance imaging fusion-guided …

This chapter overviews the current status of hybrid optical imaging techniques utilized within
cardiovascular medicine. It focuses on emerging multimodality intravascular imaging …

Biomedical imaging applications that provide solely morphological information of targeted
tissues are often inadequate for effective diagnosis and therapy guidance. Ultrasound (US) …