Neupsy Key

Figure 4.1 This image demonstrates RNFL defects visible on red-free photography in the left eye of a patient with optic neuritis in association with multiple sclerosis. There are visual field…

Figure 10.1 The top-left panel represents an axial MP-RAGE image in which gray–white differentiation is clear. The top-right panel represents an axial FLAIR scan in which MS lesions are obvious….

Figure 7.1 Multifocal stimulus employed in mfVEP recording. Each sector (area 4 × 4 checks) reverses polarity according to a pseudo-random sequence. Temporal sector (T) corresponds to central visual field,…

Figure 19.1 The coronal sectioning of 3-D SD-OCT data showed the seemingly random noise below the retina in cross-sectional images to be choroidal vasculature. (A) C-mode image of choroidal vasculature,…

Figure 13.1 Eye of a healthy control subject. (A) Fundus photograph from a healthy control subject. (B) A three-dimensional macular volume cube generated by spectral-domain OCT (Cirrus HD-OCT) from the…

Figure 8.1 Generation of the optic nerve head component response This illustration details how the retinal component (RC) and optic nerve head component (ONHC) responses are generated within the retina…

Figure 15.1 Retinal periphlebitis: (A) wide field retinography showing active retinal periphlebitis associated with MS; (B) non-active retinal periphlebitis, with pigmentary changes around the vein; (C) wide field fluorescein angiography…

Figure 16.1 Axial optic nerve slice representing T2-weighted and diffusion-weighted sequences. (A) Optic nerve FLAIR MRI demonstrates increased T2 signal and swelling within the left nerve. (B) B0 image used…

Figure 17.1 Commonly proposed multi-center study designs that utilize OCT as a key outcome measure for parallel-group, placebo-controlled multi-centered trials. (A) acute optic neuritis; (B) progressive MS. Advantages of the…