作者
I Kafian-Attari, E Nippolainen, F Bergmann, A George, P Paakkari, A Mirhashemi, F Foschum, A Kienle, J Töyräs, IO Afara
发表日期
2024/5/15
期刊
IEEE Transactions on Biomedical Engineering
出版商
IEEE
简介
Objective
The key characteristics of light propagation are the average penetration depth, average maximum penetration depth, and average path length of photons. These parameters depend on tissue optical properties and, thus, on the pathological state of the tissue. Hence, they could provide diagnostic information on tissue integrity. This study investigates these parameters for articular cartilage which has a complex structure.
Methods
We utilize Monte Carlo simulation to simulate photon trajectories in articular cartilage and estimate the average values of the light propagation parameters (penetration depth, maximum penetration depth, maximum lateral spread, and path length) in the spectral band of 400-1400 nm based on the optical properties of articular cartilage zonal layers and bulk tissue.
Results
Our findings suggest that photons in the visible band probe a localized small volume of articular cartilage …
学术搜索中的文章
I Kafian-Attari, E Nippolainen, F Bergmann, A George… - IEEE Transactions on Biomedical Engineering, 2024