Kadambi Sujatha V

Jayshree, Kadambi Sujatha V, Lingam Vijaya, Balekudaru Shantha

Pradhan Zia S, Rao Harsha L, Puttaiah Narendra K, Kadambi Sujatha V, Dasari Srilakshmi, Reddy Hemanth B et al.

Automated pupillography's constriction latency parameters (onset, maximal) best predicted the magnitude of functional and structural glaucoma damage, suggesting its potential as a non-invasive assessment tool.

Rao Harsha L, Kadambi Sujatha V, Weinreb Robert N, Puttaiah Narendra K, Pradhan Zia S, Rao Dhanaraj A S et al.

OCTA peripapillary vessel density showed good diagnostic ability for POAG and PACG, comparable to RNFL thickness. This suggests OCTA could be a valuable tool for glaucoma diagnosis.

Rao Harsha L, Kadambi Sujatha V, Dasari Srilakshmi, Reddy Hemanth B, Palakurthy Meena, Riyazuddin Mohammed et al.

Automated pupillography's intereye amplitude change difference best predicted intereye asymmetry in glaucoma damage (visual field, RNFL, GCC), especially in angle-closure glaucoma, offering a potential diagnostic tool.

Kumar Rajesh S, Anegondi Neha, Chandapura Rachana S, Sudhakaran Suria, Kadambi Sujatha V, Rao Harsha L et al.

OCTA vascular parameters effectively discriminate glaucoma severity, including preperimetric stages, often outperforming or matching standard visual field tests. This suggests OCTA is a useful diagnostic adjunct.