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Sensory retina

This image compares two images of the retina at a similar magnification. The image in the left panel was generated by Dr. Johannes A. G. Rhodin, “An Atlas of Histology” (Oxford Press, 1974) and maintained in the University of Michigan collection. 400x, 400x

Retina <p>This image compares the appearance of the retina seen by light microscopy (right) and electron microscopy (left) at a similar magnification.  400x</p>

Retina

This image compares the appearance of the retina seen by light microscopy (right) and electron microscopy (left) at a similar magnification.  400x

 - Pigment epithelium <p>This image compares the appearance of the retina seen by light microscopy (right) and electron microscopy (left) at a similar magnification.  400x</p>

- Pigment epithelium

This image compares the appearance of the retina seen by light microscopy (right) and electron microscopy (left) at a similar magnification.  400x

 - Photoreceptor layer <p>This image compares the appearance of the retina seen by light microscopy (right) and electron microscopy (left) at a similar magnification.  400x</p>

- Photoreceptor layer

This image compares the appearance of the retina seen by light microscopy (right) and electron microscopy (left) at a similar magnification.  400x

 -- Outer segments of rods and cones <p>This image compares the appearance of the retina seen by light microscopy (right) and electron microscopy (left) at a similar magnification.  400x</p>

-- Outer segments of rods and cones

This image compares the appearance of the retina seen by light microscopy (right) and electron microscopy (left) at a similar magnification.  400x

 -- Inner segments of rods and cones <p>This image compares the appearance of the retina seen by light microscopy (right) and electron microscopy (left) at a similar magnification.  400x</p>

-- Inner segments of rods and cones

This image compares the appearance of the retina seen by light microscopy (right) and electron microscopy (left) at a similar magnification.  400x

 -- Outer limiting membrane <p>This image compares the appearance of the retina seen by light microscopy (right) and electron microscopy (left) at a similar magnification.  400x</p>

-- Outer limiting membrane

This image compares the appearance of the retina seen by light microscopy (right) and electron microscopy (left) at a similar magnification.  400x

 -- Outer nuclear layer <p>This image compares the appearance of the retina seen by light microscopy (right) and electron microscopy (left) at a similar magnification.  400x</p>

-- Outer nuclear layer

This image compares the appearance of the retina seen by light microscopy (right) and electron microscopy (left) at a similar magnification.  400x

 - Outer plexiform layer <p>This image compares the appearance of the retina seen by light microscopy (right) and electron microscopy (left) at a similar magnification.  400x</p>

- Outer plexiform layer

This image compares the appearance of the retina seen by light microscopy (right) and electron microscopy (left) at a similar magnification.  400x

 - Inner nuclear layer <p>This image compares the appearance of the retina seen by light microscopy (right) and electron microscopy (left) at a similar magnification.  400x</p>

- Inner nuclear layer

This image compares the appearance of the retina seen by light microscopy (right) and electron microscopy (left) at a similar magnification.  400x

 - Inner plexiform layer <p>This image compares the appearance of the retina seen by light microscopy (right) and electron microscopy (left) at a similar magnification.  400x</p>

- Inner plexiform layer

This image compares the appearance of the retina seen by light microscopy (right) and electron microscopy (left) at a similar magnification.  400x

 - Ganglion cell layer <p>This image compares the appearance of the retina seen by light microscopy (right) and electron microscopy (left) at a similar magnification.  400x</p>
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- Ganglion cell layer

This image compares the appearance of the retina seen by light microscopy (right) and electron microscopy (left) at a similar magnification.  400x

 

 - Nerve fiber layer <p>This image compares the appearance of the retina seen by light microscopy (right) and electron microscopy (left) at a similar magnification.  400x</p>

- Nerve fiber layer

This image compares the appearance of the retina seen by light microscopy (right) and electron microscopy (left) at a similar magnification.  400x

 - Inner limiting membrane <p>This image compares the appearance of the retina seen by light microscopy (right) and electron microscopy (left) at a similar magnification.  400x</p>

- Inner limiting membrane

This image compares the appearance of the retina seen by light microscopy (right) and electron microscopy (left) at a similar magnification.  400x

Choroid <p>This image compares the appearance of the retina seen by light microscopy (right) and electron microscopy (left) at a similar magnification.  400x</p>

Choroid

This image compares the appearance of the retina seen by light microscopy (right) and electron microscopy (left) at a similar magnification.  400x

Choriocapillaris <p>This image compares the appearance of the retina seen by light microscopy (right) and electron microscopy (left) at a similar magnification.  400x</p>

Choriocapillaris

This image compares the appearance of the retina seen by light microscopy (right) and electron microscopy (left) at a similar magnification.  400x

Bruch’s membrane <p>This image compares the appearance of the retina seen by light microscopy (right) and electron microscopy (left) at a similar magnification.  400x</p>

Bruch’s membrane

This image compares the appearance of the retina seen by light microscopy (right) and electron microscopy (left) at a similar magnification.  400x

Image source > <p>This electron micrograph, originally published by J.A.G. Rhodin, some from the University of Michigan collection.</p>

Image source >

This electron micrograph, originally published by J.A.G. Rhodin, some from the University of Michigan collection.