Tong Ling

This paper introduces a method to measure retinal biomechanics in vivo using light-evoked intrinsic actuation and optical coherence tomography, revealing deformation patterns in retinal compartments and detecting functional changes in retinitis pigmentosa.

This study uses optical imaging to show rapid rod photoreceptor contraction after photoisomerization, linking it to the early receptor potential and demonstrating a voltage-dependent membrane tension model.

This paper uses wide-field iSCAT microscopy and spectral exponent analysis to label-free map subcellular dynamics, distinguishing between different cellular states and cancer subtypes.

This paper demonstrates a method to measure retinal temperature rise in vivo using phase-sensitive OCT, showing differences in thermal deformation between healthy and degenerate retinas.

This paper introduces optoretinogram, a non-invasive method to image light-induced shape changes in human cone photoreceptors in vivo, revealing a biphasic response to light.

This study uses high-resolution imaging to show how neurons deform during action potentials, revealing the relationship between electrical signals and mechanical changes.