To explore challenges for further improvement of diagnostic performance, a project aimed at development of technology for tri-modal skin imaging by combining multispectral, fluorescence lifetime and Raman band imaging was initiated. In this study, each of the mentioned imaging modalities has been preliminary tested and updated. Four different multispectral imaging devices were tested on color standards. Picosecond laser-excited fluorescence lifetime imaging equipment was examined on ex-vivo skin samples. Finally, a new Raman spectroscopy setup with 785 nm laser was launched and tested on cell cultures and ex-vivo skin. Advantages and specific features of the tri-modal skin imaging are discussedUniversity of Latvi
Two-photon imaging of human skin using ultra short laser pulses can be used to obtain information ab...
A novel, compact and low-cost multispectral fluorescence imaging system with an integrated excitatio...
Fluorescence lifetime imaging microscopy (FLIM) offers a noninvasive approach for characterizing the...
Multiphoton imaging has developed into an important technique for in-vivo research in life sciences....
The work presented in this thesis employed multiphoton microscopy of tissue autofluorescence to inve...
Various optical imaging technologies have been used to optically biopsy the skin tissue to make an e...
Multiphoton laser microscopy is a new, non-invasive technique providing access to the skin at a cell...
Optical tissue imaging has several advantages over the routine clinical imaging methods, including n...
The development of clinical multiphoton technologies has led to new, labelfree approaches for non-in...
Multiphoton excited tissue fluorescence summarises the emission of all naturally occurring endogenou...
International audienceThere is an increasing need in cosmetic clinical research for non-invasive, hi...
International audienceMultiphoton microscopy has emerged in the past decade as a promising non-invas...
A minimally invasive imaging modality that provides both cellular and extracellular structural infor...
Laser scanning multiphoton microscopy (MPM) is considered as a non-invasive technology for three-dim...
Multiphotonen-Tomographie ist eine nicht-invasive, klinisch zugelassene Untersuchungsmethode basiere...
Two-photon imaging of human skin using ultra short laser pulses can be used to obtain information ab...
A novel, compact and low-cost multispectral fluorescence imaging system with an integrated excitatio...
Fluorescence lifetime imaging microscopy (FLIM) offers a noninvasive approach for characterizing the...
Multiphoton imaging has developed into an important technique for in-vivo research in life sciences....
The work presented in this thesis employed multiphoton microscopy of tissue autofluorescence to inve...
Various optical imaging technologies have been used to optically biopsy the skin tissue to make an e...
Multiphoton laser microscopy is a new, non-invasive technique providing access to the skin at a cell...
Optical tissue imaging has several advantages over the routine clinical imaging methods, including n...
The development of clinical multiphoton technologies has led to new, labelfree approaches for non-in...
Multiphoton excited tissue fluorescence summarises the emission of all naturally occurring endogenou...
International audienceThere is an increasing need in cosmetic clinical research for non-invasive, hi...
International audienceMultiphoton microscopy has emerged in the past decade as a promising non-invas...
A minimally invasive imaging modality that provides both cellular and extracellular structural infor...
Laser scanning multiphoton microscopy (MPM) is considered as a non-invasive technology for three-dim...
Multiphotonen-Tomographie ist eine nicht-invasive, klinisch zugelassene Untersuchungsmethode basiere...
Two-photon imaging of human skin using ultra short laser pulses can be used to obtain information ab...
A novel, compact and low-cost multispectral fluorescence imaging system with an integrated excitatio...
Fluorescence lifetime imaging microscopy (FLIM) offers a noninvasive approach for characterizing the...