The aim of the study was to visualize and evaluate the characteristics and depth of the demarcation line with anterior segment optical coherence tomography (AS-OCT) after epithelium-off iontophoresis corneal collagen cross-linking (epi-off I-CXL). In this prospective, consecutive, single center study 18 eyes of 18 patients with keratoconus were involved. One month after epi-off I-CXL, all the patients underwent an AS-OCT scan to search for a demarcation line and its characteristics. The corneal stromal demarcation line was identified in all the eyes. Mean depth of the corneal stromal demarcation line was 261.8 ± 46.7 μm (range: 184 to 362 μm), at 56.7 ± 12% corneal depth. In conclusion, epi-off I-CXL determines a demarcation line that can b...
PURPOSE: To investigate the stromal demarcation line after corneal cross-linking using anterior segm...
To evaluate corneal stromal demarcation line depth after very high intensity (18 mW/cm) ultraviolet-...
To evaluate corneal stromal demarcation line depth after very high intensity (18 mW/cm) ultraviolet-...
The aim of the study was to visualize and evaluate the characteristics and depth of the demarcation ...
The aim of the study was to visualize and evaluate the characteristics and depth of the demarcation ...
Purpose: To use anterior segment optical coherence tomography (AS-OCT) to compare corneal stromal de...
To evaluate the depth of the stromal demarcation line after corneal collagen cross-linking (CXL) usi...
Purpose. To evaluate the depth of corneal stromal demarcation line using AS-OCT and confocal microsc...
To evaluate and compare the depth of the corneal stromal demarcation line after corneal collagen cro...
PURPOSE: To investigate the stromal demarcation line after corneal cross-linking using anterior segm...
PURPOSE: To investigate the stromal demarcation line after corneal cross-linking using anterior segm...
PURPOSE: To investigate the stromal demarcation line after corneal cross-linking using anterior segm...
PURPOSE: To investigate the stromal demarcation line after corneal cross-linking using anterior segm...
PURPOSE: To investigate the stromal demarcation line after corneal cross-linking using anterior segm...
To use anterior segment optical coherence tomography (AS-OCT) to compare corneal stroma demarcation ...
PURPOSE: To investigate the stromal demarcation line after corneal cross-linking using anterior segm...
To evaluate corneal stromal demarcation line depth after very high intensity (18 mW/cm) ultraviolet-...
To evaluate corneal stromal demarcation line depth after very high intensity (18 mW/cm) ultraviolet-...
The aim of the study was to visualize and evaluate the characteristics and depth of the demarcation ...
The aim of the study was to visualize and evaluate the characteristics and depth of the demarcation ...
Purpose: To use anterior segment optical coherence tomography (AS-OCT) to compare corneal stromal de...
To evaluate the depth of the stromal demarcation line after corneal collagen cross-linking (CXL) usi...
Purpose. To evaluate the depth of corneal stromal demarcation line using AS-OCT and confocal microsc...
To evaluate and compare the depth of the corneal stromal demarcation line after corneal collagen cro...
PURPOSE: To investigate the stromal demarcation line after corneal cross-linking using anterior segm...
PURPOSE: To investigate the stromal demarcation line after corneal cross-linking using anterior segm...
PURPOSE: To investigate the stromal demarcation line after corneal cross-linking using anterior segm...
PURPOSE: To investigate the stromal demarcation line after corneal cross-linking using anterior segm...
PURPOSE: To investigate the stromal demarcation line after corneal cross-linking using anterior segm...
To use anterior segment optical coherence tomography (AS-OCT) to compare corneal stroma demarcation ...
PURPOSE: To investigate the stromal demarcation line after corneal cross-linking using anterior segm...
To evaluate corneal stromal demarcation line depth after very high intensity (18 mW/cm) ultraviolet-...
To evaluate corneal stromal demarcation line depth after very high intensity (18 mW/cm) ultraviolet-...