Keywordsfiber optics imaging; medical and biological imaging; optical coherence tomography; full-field optical coherence tomography; multimodality; biomechanics; mechanical properties; dynamics; cellular metabolism; fluorescence microscopy; optical coherence tomography; OCT; mechanical ventilation; lung imaging; optical coherence tomography; coatings; spectral domain; time domain; quality assurance; line field; image segmentation; graph search; optical coherence tomography; non-destructive testing; layer thickness measurement, protective coatings; optical coherence tomography; phase-resolved Doppler analysis; flow measurement; oblique sample motion; non-invasive imaging technique; random scattering sample; optical coherence tomography; cell imaging; dynamic contrast agents; magnetic particles; laser speckle; fluorescence microscopy; optical coherence tomography; cariology; caries prevention; caries diagnosis; caries therapy; restoration assessment; process monitoring; in vitro, ex vivo and in vivo evaluation; optical coherence tomography; polarization sensitive devices; biomedical imaging; birefringence; scattering; depolarization; metal ceramic dental prostheses; optical coherence tomography (OCT); non-destructive evaluation; sintering technology; material defects; optical coherence tomography; angiography; scattering; red blood cells; rheology; imaging; hemodynamics; blood flow; needle segmentation; ophthalmic microsurgery; Optical Coherence Tomography; n/a
