Emine Zeynep Ulutas

The paper develops a red fluorescent calcium indicator, ScaRCaMP, that is compatible with optogenetics due to its high blue-light photostability.

This paper introduces a novel method for high-resolution in vivo kinematic tracking using injectable fluorescent nanoparticles and creates a ground truth dataset for benchmarking markerless keypoint trackers.

This study uses a chronic mouse model of CCM to analyze lesion progression with MRI and histology, revealing non-monotonous growth patterns and correlations between cell density and lesion stability.