When hearing fails, electrical cochlear implants (eCIs) partially restore hearing by direct
stimulation of spiral ganglion neurons (SGNs). As light can be better confined in space than …

Accurate assessment of light distributions in the brain is vital for both diagnostic and
therapeutic applications. This, in turn, requires knowledge of the optical properties of brain …

Future applications of “molecular diagnostic screening” and “molecular image‐guided
surgery” will demand images of molecular markers with high resolution and high throughput …

Extensive research in biomedical optics essentially requires the determination of optical
properties of various biological tissues. Quantitative characterization of biological tissues in …

Biomedical Optics as an interdisciplinary field of science has been developed during many
years and is experiencing tremendous growth, to cover a wide range of optical techniques …

Diffuse reflectance spectroscopy as a method for improving intracerebral guidance during
functional neurosurgery has been investigated. An optical probe was developed for …

Five per cent of the world population suffers nowadays from some kind of disabling hearing
impairment, and 90% out of them is due to a defective functioning of the first step in the …

结合国内外研究发展现状, 分析了近红外光谱分析与检测技术中影响模型稳健性及预测模型精度
的原因, 特别是散射的影响. 阐述了近红外光与样品组织之间的相互作用机理 …

Optical imaging is an emerging modality to image biological tissue non-invasively. Its use for
brain imaging function is known as functional Near Infrared Spectroscopy (fNIRS). Its use as …

Determine the optical properties of biological tissue is an important issue in medical
applications. These optical properties are absorption coefficient (), scattering coefficient () …