This mini-review provides an overview of magnetic resonance imaging (MRI) applications to study rodent, cat, non-human primate, and human retinas. These techniques include T1- and T2-weighted anatomical, diffusion, blood flow, blood volume, blood-oxygenation level dependent, manganese-enhanced, physiological, and functional MRI. Applications to study the retinas in diabetic retinopathy, glaucoma, and retinal degener-ation are also reviewed. MRI offers some unique advantages compared with existing imaging techniques and has the potential to further our understanding of physiology and func-tion in healthy and diseased retinas. Magn Reson Me
This study tested the sensitivity of an arterial spin labeling MRI method to image changes in retina...
The black void behind the pupil was optically impenetrable before the invention of the ophthalmoscop...
The black void behind the pupil was optically impenetrable before the invention of the ophthalmoscop...
AbstractThis invited review starts with a brief introduction of retinal anatomy and magnetic resonan...
MRI can provide anatomical, functional, and physiological images at relatively high spatial resoluti...
MRI can provide anatomical, functional, and physiological images at relatively high spatial resoluti...
The integrity of the neuronal connections between eye and brain plays an important role in the perfo...
The retina is a thin layer of tissue lining the back of the eye and is primarily responsible for sig...
The retina is a thin layer of tissue lining the back of the eye and is primarily responsible for sig...
PURPOSE: To report the visual resolution of multiple cell and vascular layers in the cat retina us...
This study reports a high-resolution MRI approach to image ba-sal blood flow and hypercapnia-induced...
This study reports a high-resolution MRI approach to image basal blood flow and hypercapnia-induced ...
This paper demonstrated our recent use of contrast-enhanced MRI, diffusion tensor/kurtosis imaging, ...
Magnetic resonance imaging of the eye and orbit (MReye) is a cross-domain research field, combining ...
The black void behind the pupil was optically impenetrable before the invention of the ophthalmoscop...
This study tested the sensitivity of an arterial spin labeling MRI method to image changes in retina...
The black void behind the pupil was optically impenetrable before the invention of the ophthalmoscop...
The black void behind the pupil was optically impenetrable before the invention of the ophthalmoscop...
AbstractThis invited review starts with a brief introduction of retinal anatomy and magnetic resonan...
MRI can provide anatomical, functional, and physiological images at relatively high spatial resoluti...
MRI can provide anatomical, functional, and physiological images at relatively high spatial resoluti...
The integrity of the neuronal connections between eye and brain plays an important role in the perfo...
The retina is a thin layer of tissue lining the back of the eye and is primarily responsible for sig...
The retina is a thin layer of tissue lining the back of the eye and is primarily responsible for sig...
PURPOSE: To report the visual resolution of multiple cell and vascular layers in the cat retina us...
This study reports a high-resolution MRI approach to image ba-sal blood flow and hypercapnia-induced...
This study reports a high-resolution MRI approach to image basal blood flow and hypercapnia-induced ...
This paper demonstrated our recent use of contrast-enhanced MRI, diffusion tensor/kurtosis imaging, ...
Magnetic resonance imaging of the eye and orbit (MReye) is a cross-domain research field, combining ...
The black void behind the pupil was optically impenetrable before the invention of the ophthalmoscop...
This study tested the sensitivity of an arterial spin labeling MRI method to image changes in retina...
The black void behind the pupil was optically impenetrable before the invention of the ophthalmoscop...
The black void behind the pupil was optically impenetrable before the invention of the ophthalmoscop...