Richard Haindl

TL;DR: Measurements of total retinal blood flow in healthy volunteers using a three beam Doppler optical coherence tomography (D-OCT) technique has the advantage of a precise determination of the flow vector without the use of any a-priori information on the vessel geometry.

TL;DR: By use of a special paddle alignment scheme the authors are able to eliminate any bulk optic wave plates and polarization maintaining fibers in the interferometer and detection paths while preserving the advantages of a single input state system that illuminates the sample with circularly polarized light.

TL;DR: This functional and non-invasive imaging system is applied to image zebrafish larvae, demonstrating its capability to extract both morphological and hemodynamic parameters in vivo in small animals, which are essential and critical in preclinical imaging for physiological, pathophysiological and drug response studies.

TL;DR: An improved three-beam Doppler optical coherence tomography system using a custom-made three-facet prism telescope to improve the transversal resolution and a two-axis gimbal-less MEMS mirror is used to minimize off-pivot beam movement at the pupil of the eye, enabling circular scanning for in vivo retinal measurements.

TL;DR: The AO-SLO/OCT system uses its previously developed adaptive optics (AO) scanning laser ophthalmoscope (SLO)/ optical coherence tomography (OCT) instrument to investigate its capability for imaging retinal vasculature.