Noninvasive/ Minimally Invasive Diagnostics
Reflectance Confocal Microscopy/Optical Coherence Tomography Imager
Physical Sciences Inc. (PSI) introduces a powerful dual modality microscope for diagnosing skin lesions. This microscope combines within the same optical layout two imaging modalities: Reflectance Confocal Microscopy and Optical Coherence Tomography. RCM provides en face images with nuclear-level resolution in superficial skin, to depths of about 200 m, while OCT provides cross-sectional images with structural-level resolution in the deeper skin layers, to depths of at least 1 mm. The complementary capabilities of these two optical technologies may be exploited to aid skin lesion diagnosis and therapy guidance. A highly portable, hand held version of the instrument is currently being developed at PSI to enable imaging of areas of the body that are not easily accessible with a benchtop instrument.
Handheld Scanning Optical Coherence Tomography Biopsy System
PSI has recently introduced a new concept for OCT imaging using a hand scanning probe. When imaging interstitial tissue, a hand-controlled probe is safer than a motorized one, because it provides the clinician with full manual control and tactile feedback to avoid tissue disruption and tearing. This patent pending novel probe also provides a large field of view (FOV) enabling the clinician to acquirie OCT A-scans while moving the probe over inches of distance. The target application for this new OCT probe is for aiding biopsies in various organs within the body (liver, pancreas, lungs, etc.)
OCT Vocal Folds Dynamics Imager
PSI is pleased to offer an R&D grade OCT instrument for vocal fold imaging. The instrument is equipped with a custom probe that can be inserted in the oral cavity enabling dynamic imaging of the vocal folds. Currently, voice specialists make critical diagnostic, medical, therapeutic, and surgical decisions based on coupling visual observations of vocal fold tissue motion with auditory-perceptual judgments of voice quality. The PSI imager provides advanced 4D imaging technology (3D structural + dynamics) to gain a better understanding of the impact of vocal fold vibration on laryngeal sound production and provide otolaryngologists with a clinically viable tool to advance the diagnosis of early stage vocal disorders.