Brescia Lorenza

Mastropasqua Leonardo, Agnifili Luca, Brescia Lorenza, Figus Michele, Posarelli Chiara, Oddone Francesco et al.

This study used deep learning on slit-lamp images to distinguish functioning from failed glaucoma surgery blebs. The model achieved good accuracy, potentially aiding clinicians in managing post-operative patients.

Brescia Lorenza, Agnifili Luca, Mastropasqua Leonardo

Mastropasqua Leonardo, Brescia Lorenza, Oddone Francesco, Sacchi Matteo, Aloia Raffaella, Totta Michele et al.

Preoperative OCT-measured conjunctival thickness and reflectivity predict glaucoma filtration surgery outcome. Thinner conjunctiva and higher reflectivity correlate with surgical failure, serving as potential biomarkers to estimate risk.

Sacchi Matteo, Agnifili Luca, Brescia Lorenza, Oddone Francesco, Villani Edoardo, Nucci Paolo et al.

XEN gel implantation blebs are flatter, thinner, and have more epithelial cysts than trabeculectomy blebs, suggesting different filtering mechanisms and surgical impacts on conjunctival tissue.

Agnifili Luca, Brescia Lorenza, Scatena Barbara, Oddone Francesco, Figus Michele, Perna Fabiana et al.

AS-OCT revealed glaucoma medications, especially multiple drugs, reduce tear meniscus height/area, indicating therapy-related ocular surface disease akin to dry eye, useful for monitoring.

Mastropasqua Rodolfo, Brescia Lorenza, Di Antonio Luca, Guarini Daniele, Giattini Dario, Zuppardi Eduardo et al.

OCT-A revealed that successful XEN blebs show more vessel displacement and less vascularity, indicating good aqueous drainage. These features are biomarkers for bleb function.

Agnifili Luca, Brescia Lorenza, Mastropasqua Leonardo

Agnifili Luca, Mastropasqua Rodolfo, Fasanella Vincenzo, Brescia Lorenza, Scatena Barbara, Oddone Francesco et al.

This study found that preservative-free prostaglandin/timolol fixed combinations are less toxic to meibomian glands and goblet cells in glaucoma patients, reducing ocular surface damage.

Mastropasqua Rodolfo, Fasanella Vincenzo, Brescia Lorenza, Oddone Francesco, Mariotti Cesare, Di Staso Silvio et al.

Preoperative conjunctival imaging (IVCM) revealed that lower dendritic cell density and higher goblet cell density predict better glaucoma filtration surgery outcomes, offering a clinical tool for success prediction.

Mastropasqua Rodolfo, Agnifili Luca, Fasanella Vincenzo, Lappa Andrea, Brescia Lorenza, Lanzini Manuela et al.

This study found corneal dendritic cells are significantly increased in medically controlled glaucoma patients, particularly with more medications or preservatives, suggesting their role in glaucoma-related ocular surface disease.

Agnifili Luca, Fasanella Vincenzo, Mastropasqua Rodolfo, Frezzotti Paolo, Curcio Claudia, Brescia Lorenza et al.

Preoperative conjunctival goblet cell density predicts trabeculectomy success, suggesting it could be a biomarker for surgical outcome.

Mastropasqua Rodolfo, Agnifili Luca, Fasanella Vincenzo, Toto Lisa, Brescia Lorenza, Di Staso Silvio et al.

UCCC for refractory glaucoma increases scleral hyporeflective spaces and conjunctival microcysts, suggesting enhanced trans-scleral aqueous outflow contributes to IOP reduction.

Mastropasqua Rodolfo, Agnifili Luca, Fasanella Vincenzo, Curcio Claudia, Brescia Lorenza, Lanzini Manuela et al.

Glaucoma treatment, particularly preserved drops, causes limbal structural changes and inflammation, highlighting its role in ocular surface disease and potential stem cell impact.