SVETLANA PANASYUK
Home
Resume
Publications
Medical Hyperspectral Imaging
Basics
Device
Diabetes
Wounds
Cancer
Shock
Optical Metrology
Defects
Medical
Automotive
Tissue Spectroscopy
Fluorescence
D-Reflectance
Device
Mantle Flow
Convection
Drift
Geoid
Compressibility
Inversion
Topography
Phases
Superplasticity
Hemisphere
GPS
Tien Shan
GPS
Sky Map
Errors
Remote Sensing
Vectors
Satellites
Image Processing
Deblurring
Registration
Recognition
Fun
Geosystems
Colormap
Chaos
Bubbles
Harmonics
Reference Earth Model
about
data
map_view
slice
isosurface
rms
correlation
vis5D
|
|
|
|
Diabetic Foot Complications Application
Medical Hyperspectral Imaging may detect differences between diabetic foot
ulcers that heal and those that do not. The changes in oxygenated hemoglobin and
deoxyginated hemoglobin indicate variations in oxygen delivery and oxygen extraction.
The Medical Hyperspectral Imaging allows to see those variations in real time
by processing the hyperspectral data and visualizing them in an easily
understood form.
Here are a couple of papers I've authored together with the group while completing
research on quntifying the degree of diabetes complications in attempt to
predict ulcer healing:
- Early changes in the skin microcirculation and muscle metabolism of the diabetic foot, Greenman R.I., Panasyuk S.V., et al. , Lancet, 366, 1711-1718, 2005.
- The use of medical hyperspectral technology to evaluate microcirculatory changes in diabetic foot ulcers and to predict clinical outcomes., Lalita Khaodhiar, et al., Diabetes Care, 30, 903-910, 2007.
Below is an illustration of the circulatory system compromise caused by Claudication
detected by the medical hyperspectral system:
Work was done while at HyperMed, Inc: HyperMed
|
|