Liu Mingna

Grannonico Marta, Miller David A, Gao Jingyi, McHaney Kara M, Liu Mingna, Krause Michael A et al.

Vis-OCTF tracked individual RGC axon bundles in mice after injury, finding bundle cross-sectional area is a sensitive biomarker for early RGC loss, aiding glaucoma diagnosis.

Miller David A, Grannonico Marta, Liu Mingna, Kuranov Roman V, Netland Peter A, Liu Xiaorong et al.

Vis-OCT fibergraphy accurately visualizes and quantifies retinal ganglion cell axon bundles in vivo. This non-invasive technique offers a promising tool for diagnosing and tracking optic neuropathies like glaucoma.

Thomson Benjamin R, Grannonico Marta, Liu Feng, Liu Mingna, Mendapara Parrykumar, Xu Ying et al.

Angpt1 knockout mice developed ocular hypertension, retinal ganglion cell loss, and vision impairment, establishing them as a valuable genetic model for studying glaucoma mechanisms and new treatments.

Chen Hui, Zhao Yan, Liu Mingna, Feng Liang, Puyang Zhen, Yi Ji et al.

This mouse study found glaucoma preferentially damages ON and OFF retinal ganglion cells and their brain connections, suggesting subtype-specific vulnerability in vision loss.