k Lens of eye, light micrograph Light microscopy of a section through the lens from the eye of a developing fetus. In the developing fetal lens the surface epithelial cells top multiply and become curved and elongated to form long lens fibres. The earliest formed lens fibres are located centrally, with new fibres added in layers at the periphery. As lens fibres mature they lose their nuclei and become transparent thereby contributing to focussing light onto the retina. Lens fibres are deformable, allowing the lens to change shape a process known as accommodation and allow focus on close or distant objects. Also noted is a section through the pigmented iris and ciliary bodies. Magnification x50 when printed at 10 cm. Stock Photo - Afloimages
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Lens of eye, light micrograph Light microscopy of a section through the lens from the eye of a developing fetus. In the developing fetal lens the surface epithelial cells  top  multiply and become curved and elongated to form long lens fibres. The earliest formed lens fibres are located centrally, with new fibres added in layers at the periphery. As lens fibres mature they lose their nuclei and become transparent thereby contributing to focussing light onto the retina. Lens fibres are deformable, allowing the lens to change shape  a process known as accommodation  and allow focus on close or distant objects. Also noted is a section through the pigmented iris and ciliary bodies. Magnification x50 when printed at 10 cm.
RM

Lens of eye, light micrograph

Light microscopy of a section through the lens from the eye of a developing fetus. In the developing fetal lens the surface epithelial cells (top) multiply and become curved and elongated to form long lens fibres. The earliest formed lens fibres are located centrally, with new fibres added in layers at the periphery. As lens fibres mature they lose their nuclei and become transparent thereby contributing to focussing light onto the retina. Lens fibres are deformable, allowing the lens to change shape (a process known as accommodation) and allow focus on close or distant objects. Also noted is a section through the pigmented iris and ciliary bodies. Magnification x50 when printed at 10 cm.

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