Visualization2.avi

Endomicroscopic Optical Coherence Tomography (emOCT) imaging of in vivo human mucosal epithelium. In time series of B-scans, mucus transport is measurable inside the human nose

Visualization1.mp4

Endomicroscopic Optical Coherence Tomography (emOCT) imaging of in vivo human mucosal epithelium. In contrast to histology, emOCT is able to visualize dynamics processes like blood flow and mucus transport in the tissue

Comparative OCT Imaging with and without BEMF Triggering

Demonstrating the impact of BEMF triggering on image quality, the comparison highlights the image without triggering (top) versus the BEMF-triggered image (bottom), emphasizing the improved clarity and reduced artefacts achieved with the triggering approach, all without any additional processing

Supplementary document for Virtual Hall Sensor Triggered Multi-MHz Endoscopic OCT Imaging for Stable Real-Time Visualization - 6821416.pdf

Supplement

OCT Imaging of Variable Frequency Profile

Demonstrating variations within a variable frequency profile, indicating the system's potential versatility in imaging structures with varied patterns

3D OCT Visualization of Thread

Highlighting the details of a threaded structure, suggesting the system's ability to capture fine structural details

OCT Imaging of Constant Frequency Profile

Three-dimensional representation of a constant frequency profile, indicating the system's capability in representing consistent patterns

3D OCT Visualization of Weld Seam

A volumetric representation displaying details of a weld seam, showing the imaging system's potential use in industrial settings

OCT Imaging in Real-time

Instant visualization of the OCT procedure, indicating reduced NURD presence when fiducial markers are in sight, suggesting the BEMF-triggered system's accuracy

3D OCT Visualization of Fingerprints

A volumetric representation showcasing patterns in a fingerprint, suggesting the system's accuracy in biological imaging