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Leader in Integrated ICT Hardware & Systems

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Fluorescence diagnostics

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My entire career has been dedicated to developing fluorescence-based techniques and technologies for medical diagnostics and surgical guidance using both point-spectroscopy and multispectral imaging techniques.

This specialised work is and has been conducted in close collaboration with clinicians in preclinical and clinical studies. The work resulted also in a key patent and spin-out that became known as SpectraPhos which I co-founded. The company and IP has been acquired in several steps, first by Xillix Inc. in Canada, then by Novadaq and later Stryker. My PhD thesis entitled ‘Laser-Induced Fluorescence for Medical Diagnostics’ was published in 1989 and is based on 16 publications presenting preclinical and clinical studies on laser-induced fluorescence and photodynamic therapy of malignant tumours and atherosclerotic plaques

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My entire career has been dedicated to developing fluorescence-based techniques and technologies for medical diagnostics and surgical guidance using both point-spectroscopy and multispectral imaging techniques.

This specialised work is and has been conducted in close collaboration with clinicians in preclinical and clinical studies. The work resulted also in a key patent and spin-out that became known as SpectraPhos which I co-founded. The company and IP has been acquired in several steps, first by Xillix Inc. in Canada, then by Novadaq and later Stryker. My PhD thesis entitled ‘Laser-Induced Fluorescence for Medical Diagnostics’ was published in 1989 and is based on 16 publications presenting preclinical and clinical studies on laser-induced fluorescence and photodynamic therapy of malignant tumours and atherosclerotic plaques

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My entire career has been dedicated to developing fluorescence-based techniques and technologies for medical diagnostics and surgical guidance using both point-spectroscopy and multispectral imaging techniques.

This specialised work is and has been conducted in close collaboration with clinicians in preclinical and clinical studies. The work resulted also in a key patent and spin-out that became known as SpectraPhos which I co-founded. The company and IP has been acquired in several steps, first by Xillix Inc. in Canada, then by Novadaq and later Stryker. My PhD thesis entitled ‘Laser-Induced Fluorescence for Medical Diagnostics’ was published in 1989 and is based on 16 publications presenting preclinical and clinical studies on laser-induced fluorescence and photodynamic therapy of malignant tumours and atherosclerotic plaques

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