Malet Florence

Gaboriau Thibaut, Dubois Remi, Foucque Boris, Malet Florence, Schweitzer Cedric

This study found that 24-hour IOP fluctuations, measured by a contact lens sensor, were significantly higher in glaucoma patients with faster visual field progression, suggesting its potential as a risk factor to guide earlier treatment adjustments.

Schweitzer Cedric, Cougnard-Gregoire Audrey, Rigalleau Vincent, Dartigues Jean-Francois, Malet Florence, Rougier Marie-Benedicte et al.

This study found higher skin autofluorescence (AGEs) is independently associated with increased open-angle glaucoma risk, suggesting AGEs could be a long-term biomarker and play a role in glaucoma development.

Tellouck Laury, Durieux Muriel, Coupé Pierrick, Cougnard-Grégoire Audrey, Tellouck Joy, Tourdias Thomas et al.

This study found glaucoma patients have microstructural changes in brain visual pathways (optic radiations) that correlate with disease severity, indicating central nervous system involvement beyond the optic nerve.

Schweitzer Cedric, Korobelnik Jean-Francois, Le Goff Melanie, Rahimian Olivier, Malet Florence, Rougier Marie-Benedicte et al.

SD-OCT peripapillary RNFL thickness effectively discriminates glaucoma in the elderly, with average and temporal sectors showing high diagnostic accuracy, supporting its use in screening.

Schweitzer Cedric, Korobelnik Jean-Francois, Boniol Mathieu, Cougnard-Gregoire Audrey, Le Goff Melanie, Malet Florence et al.

This study found that in elderly individuals, corneal biomechanics (CH, CRF) are reduced with older age, higher lifetime UV exposure, and elevated LDL cholesterol, which may impact glaucoma risk or IOP measurements.

Rougier Marie-Bénédicte, Korobelnik Jean-François, Malet Florence, Schweitzer Cédric, Delyfer Marie-Noëlle, Dartigues Jean-François et al.

This study found elderly RNFL thickness decreases with age, especially supero- and inferotemporally, and is often higher in women. This highlights the need to consider age, sex, and axial length when interpreting OCTs.