Sentence examples for window defect from inspiring English sources
Injection of bone marrow stem cells in a liquid fibrin matrix in a patellar tendon window defect significantly improved the healing process in an animal study.
Furthermore, the histology, immunohistochemistry, collagen content assay and biomechanical testing data indicated that dynamically cultured TDSCs-scaffold construct could significantly contributed to tendon regeneration in a rabbit patellar tendon window defect model.
Furthermore, inflammatory lesions may display early hyperfluorescence because of RPE damage causing a window defect.
From the early descriptions, electroretinography [37] analysis demonstrated photoreceptor dysfunction that was initially attributed to a primary RPE abnormality, since the hyperfluorescent FA pattern in MEWDS was interpreted as an RPE window defect [38].
The swept-source horizontal optical coherence tomography scan centered in the fovea (E) shows a temporal window defect consistent with the atrophy of the RPE in the temporal macular region and a diffuse choroidal thinning.
This hyperfluorescent zone on the FA shows the characteristics of a window defect.
As such, the absence of vascular leakage with OCTA can be advantageous as hyperfluorescence due to vascular leakage, or window defects may impede the detection of capillary perfusion.
Fluorescein angiography had normal retinal arterial filling with multiple hyperfluorescent microaneurysms and retinal pigment epithelial window defects peripheral to the leading edge of retinitis.
Specifically, the observation that early-phase ICGA showed no abnormalities discredited the FA-based conception of RPE window defects (which would have predicted early ICGA hyperfluorescent lesions corresponding to those seen on FA) [3, 4].
It is likely that the FA pattern in MEWDS contributed to this interpretation as the characteristic hyperfluorescent lesions were seen as window defects thus localizing MEWDS principally to the RPE.
There was evidence of extensive areas of hyperfluorescence in the early phase with increase in intensity and then fading out without changing size and shape in the late phase of the fluorescein angiogram, suggestive of transmission window defects due to the atrophy of the retinal pigment epithelium.
