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Advanced optical imaging technologies have experienced increased visibility in medical research, as they allow for a label-free and nondestructive investigation of tissue in either an excised state or living organisms. In addition to a multitude of ex vivo studies proving the applicability of these optical imaging approaches, a transfer of various modalities toward in vivo diagnosis is currently in progress as well. Furthermore, combining optical imaging techniques, referred to as multimodal imaging, allows for an improved diagnostic reliability due to the complementary nature of retrieved information. In this review, we provide a summary of ongoing multifold efforts in multimodal tissue imaging and focus in particular on in vivo applications for medical diagnosis. We also discuss the advantages and potential limitations of the imaging methods and outline opportunities for future developments.

作者:Nadine, Vogler;Sandro, Heuke;Thomas W, Bocklitz;Michael, Schmitt;Jürgen, Popp

来源:Annual review of analytical chemistry (Palo Alto, Calif.) 2015 年 8卷

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作者:
Nadine, Vogler;Sandro, Heuke;Thomas W, Bocklitz;Michael, Schmitt;Jürgen, Popp
来源:
Annual review of analytical chemistry (Palo Alto, Calif.) 2015 年 8卷
标签:
Raman spectroscopy coherent anti-Stokes Raman scattering confocal laser scanning microscopy endoscopy fluorescence lifetime imaging in vivo multimodal imaging optical coherence tomography photoacoustic imaging reflectance laser scanning microscopy second-harmonic generation spectroscopy stimulated Raman scattering tissue tomography two-photon excited fluorescence
Advanced optical imaging technologies have experienced increased visibility in medical research, as they allow for a label-free and nondestructive investigation of tissue in either an excised state or living organisms. In addition to a multitude of ex vivo studies proving the applicability of these optical imaging approaches, a transfer of various modalities toward in vivo diagnosis is currently in progress as well. Furthermore, combining optical imaging techniques, referred to as multimodal imaging, allows for an improved diagnostic reliability due to the complementary nature of retrieved information. In this review, we provide a summary of ongoing multifold efforts in multimodal tissue imaging and focus in particular on in vivo applications for medical diagnosis. We also discuss the advantages and potential limitations of the imaging methods and outline opportunities for future developments.