Optical phantoms are important tools in biomedical imaging for calibration and validation of
photonic instrumentation medicine, especially with readily available and relatively …

Optical phantoms have been indispensable tools for validating the performance of
biomedical optical devices. Low-cost and readily available materials are gaining great …

Intralipid is widely used as an optical scattering agent in tissue-mimicking phantoms.
Accurate control when using Intralipid is critical to match the optical diffusivity of phantoms to …

Intralipid is a material widely employed for the preparation of phantoms simulating optical
properties of tissues in the field of optical imaging. Two main assumptions underlie the …

Optical phantoms that simulate light propagation processes through soft biological tissue are
required to evaluate the performance and calibrate different medical imaging modalities …

The calibration of optical tissue-simulating phantoms remains an open question in spite of
the many techniques proposed for accurate measurements of optical properties. As a …

Three recipes are presented to make tissue constituent-equivalent phantoms of water and
lipids. Different approaches to prepare the emulsion are proposed. Nature phantoms are …

We introduced a method for producing solid phantoms with various water-to-lipid ratios that
can simulate the absorption, and to some extent the scattering characteristics of human …

The propagation of light in randomly scattering tissue-like phantoms is pursued with
renewed interest with the recent applications of optical techniques in biomedical imaging …

Intralipid is a material widely employed for the preparation of phantoms for optical imaging
and biophotonics applications in medical field. The development of new optical diagnostic …