A zonule is a small zone.
A zonule of Zinn is another word for a ciliary zonule, a string of strand connecting the ciliary body with the crystalline lens of the eye.
A zonulet is another word for a zonule, a small zone.
The zonule, also known as the zonular fibers, helps to hold the lens of the eye in place behind the pupil. It is a delicate system of fibers that connects the ciliary body to the lens, allowing the lens to change shape for focusing on objects at different distances.
zouave, zeugma, ziggurat, zonule, zumurgy
A Zinn's membrane is another name for a ciliary zonule, a ring of strands connecting the ciliary body with the lens of the eye.
To visualize the zonule layer (zonula occludens) in a microscope, you would typically use a transmission electron microscope (TEM) or a fluorescence microscope with specific staining techniques. TEM allows for high-resolution imaging of cellular junctions, revealing the tight junctions that characterize the zonule layer. In fluorescence microscopy, you can apply specific antibodies or fluorescent dyes that bind to proteins associated with tight junctions, enabling the visualization of the zonule layer in tissue sections. Proper sample preparation and staining are crucial for clear observation.
Xiphoid process, yellow marrow and the zonule of Zinn (part of the eye) are body parts.
Zorb - Giant inflatable ball with space inside, used for recreation and other stuff. occasionally filled with water.
When the ciliary muscle is relaxed, the choroid acts like a spring pulling on the lens via the zonule fibers causing the lens to become flat.
The zonule of Zinn, also known as the zonular fibers or ciliary zonules, is found in the eye. It connects the ciliary body to the lens, playing a crucial role in holding the lens in place and allowing it to change shape during the process of accommodation for focusing. These fibers are essential for proper vision as they help adjust the focal length of the lens.
The suspensory ligaments, also known as zonules, connect the ciliary body to the lens. These ligaments play a crucial role in controlling the shape and accommodation of the lens for focusing on objects at different distances.
During accommodation for near vision, the ciliary muscles contract, reducing tension on the zonule fibers that hold the lens in place. This allows the lens to become thicker and more curved, increasing its optical power to focus light from nearby objects onto the retina. Additionally, the pupil constricts to enhance depth of field and reduce aberrations. These adjustments ensure clear vision for objects at close distances.