A theory is provided for the detection efficiency of diffuse light whose frequency is modulated
by an acoustical wave. We derive expressions for the speckle pattern of the modulated light …

Ultrasonic modulation of scattered laser light was used to image objects buried in tissue‐
simulating turbid media. The ultrasonic wave focused into the turbid media modulated the …

Continuous-wave ultrasonic modulation of scattered laser light has been used to image
objects in tissue-simulating turbid media for what is to our knowledge the first time. The …

The authors present a tomographic imaging technique of fluorescence in light-scattering
media. Ultrasonic modulation of fluorescence based on the interaction between ultrasound …

Ultrasound modulated light for optical tomography is very useful, since it can provide three-
dimensional data with minimal mathematical processing. Although several experimental …

The major limitation in sensitivity of the optical tomography is associated with strong optical
attenuation in human tissues. Opto-acoustic tomography overcomes this limitation utilizing …

A combination of light and focused ultrasound waves provides a unique way to obtain
directly three-dimensional absorption data in a turbid medium. We present the combination …

We describe two laser optoacoustic imaging systems for breast cancer detection based on
arrays of acoustic detectors operated manually in a way similar to standard ultrasonic breast …

We present, to our knowledge for the first time, results of ultrasound-modulated light signals
on living tissues. In particular, we analyze, both theoretically and experimentally, the effect of …

We present a method to generate quantitative cross-sectional maps of acoustic propagation
speed in tissue using the photoacoustic principle. The method is based on the interaction of …