the above image is a unique light micrograph of an embryonic zebrafish retina, viewed as if looking directly into the eye
the central yellow region is the lens while the surrounding pink to purple periphery represents the developing retina, with the pink area constituting undifferentiated stem cells and the purple constituting functional, differentiated retinal neurons
the image is of the whole eye, though it was created by reflecting an image of half the retina to recreate the natural symmetry of this structure
in situ hybridization, light microscopy
credit: Kara Cerveny and Steve Wilson

the above image is a unique light micrograph of an embryonic zebrafish retina, viewed as if looking directly into the eye

the central yellow region is the lens while the surrounding pink to purple periphery represents the developing retina, with the pink area constituting undifferentiated stem cells and the purple constituting functional, differentiated retinal neurons

the image is of the whole eye, though it was created by reflecting an image of half the retina to recreate the natural symmetry of this structure

in situ hybridization, light microscopy

credit: Kara Cerveny and Steve Wilson

the above image is a unique light micrograph of an embryonic zebrafish retina, viewed as if looking directly into the eye
the central yellow region is the lens while the surrounding pink to purple periphery represents the developing retina, with the pink area constituting undifferentiated stem cells and the purple constituting functional, differentiated retinal neurons
the image is of the whole eye, though it was created by reflecting an image of half the retina to recreate the natural symmetry of this structure
in situ hybridization, light microscopy
credit: Kara Cerveny and Steve Wilson

the above image is a unique light micrograph of an embryonic zebrafish retina, viewed as if looking directly into the eye

the central yellow region is the lens while the surrounding pink to purple periphery represents the developing retina, with the pink area constituting undifferentiated stem cells and the purple constituting functional, differentiated retinal neurons

the image is of the whole eye, though it was created by reflecting an image of half the retina to recreate the natural symmetry of this structure

in situ hybridization, light microscopy

credit: Kara Cerveny and Steve Wilson

Posted 1 year ago & Filed under eye, retina, anatomy, microscopy, biology, cells, science, 48 notes View high resolution

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    Dev bio rarely fascinates me o.o this is a rare moment
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(because pluripotency is overrated)