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Bioluminescence imaging technique was regarded as a promising tool for tumor resection guidance. In this paper, we present an equivalence approximation method for bio-luminescence imaging to reconstruct the location of internal bioluminescent source. Using this method, analytic solution for 3D position of light source can be achieved without parameters of the tissue. The performance is verified by...
Bioluminescence of luciferase-expressing cells in live animals is a promising technique for image guided tumor resection. However, requiring exact optical tissue parameters is an underlying problem of diffusion equation when recovering bioluminescent images of luciferase activity within a volume using emission optical signal data from internal light sources. In this paper, an equivalence method based...
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