Full-field OCT systems and the use of adaptive optics have enabled high resolution, functional OCT imaging of photoreceptor cells. However, currently the technologies are limited to experimental systems. For clinical translation, clinical grade devices are needed with sufficient resolution as well as phase stability. In this talk it is shown that a slightly modified Spectralis OCT can resolve single photoreceptor cells. Furthermore, algorithms for the correction of motion induced artifacts will be introduced and discussed, as well as approaches for correcting for the respective phase errors in scanning OCT.
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