Journal
JOURNAL OF BIOPHOTONICS
Volume 10, Issue 6-7, Pages 805-810Publisher
WILEY-V C H VERLAG GMBH
DOI: 10.1002/jbio.201600237
Keywords
Laser speckle imaging; statistical filtering; eigen-decomposition; angiography
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Funding
- National Heart and Lung Institute [R01HL093140]
- National Eye Institute [R01EY024158]
- National Natural Science Foundation of China [81401454]
- international postdoctoral exchange fellowship program of China [20140066]
- China postdoctoral science foundation [2013M541174]
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A new approach is proposed for statistically analysis of laser speckle signals emerged from a living biological tissue based on eigen-decomposition to separate the dynamic speckle signals due to moving blood cells from the static speckle signals due to static tissue components, upon which to achieve angiography of the interrogated tissue in vivo. The proposed approach is tested by imaging mouse ear pinna in vivo, demonstrating its capability of providing detailed microvascular networks with high contrast, and high temporal and spatial resolutions. It is expected to provide further opportunities for laser speckle imaging in the biomedical and clinical applications where microvascular response to certain stimulus or tissue injury is of interest.
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