1, It attaches the breast firmly to the deep fascia.
2, It separates the lobes of the gland.
The Ciliary Muscle is a circular ring of smooth muscle attached to the lens of the suspensory ligaments.
suspensory ligaments
Suspensory Ligaments
Coopers ligaments are found in the breasts and are also known as suspensory ligaments of breast as they help to support the breasts. Another ligament with similar name is found in the groin the pectineal ligament which is also called inguinal ligament of Cooper
YES
The suspensory ligaments are located in the horse's lower leg, specifically supporting the fetlock joint. They provide stability and help prevent hyperextension of the joint during movement.
Suspensory ligaments are attached to the lens of the eye and can change the shape of the lens to help focus on close objects. When focusing on a close object, the ciliary muscles contract, which loosens the tension on the suspensory ligaments. This allows the lens to become more rounded, increasing its refractive power to focus the image on the retina.
Lens does not belong, as it is not part of the structures involved in the formation or regulation of the aqueous humor within the eye like the ciliary body, iris, and suspensory ligaments.
When you focus on a nearby object, your ciliary muscles contract to change the shape of the lens in your eye, allowing you to see the object clearly. This action pulling on the suspensory ligaments attached to the lens, causing them to relax.
Suspensory ligaments, also known as zonules, are thin filaments that connect the ciliary body of the eye to the lens. These structures help to hold the lens in place and change its shape for focusing on objects at different distances. When ciliary muscles contract or relax, they alter the tension in the suspensory ligaments, which in turn changes the shape of the lens to facilitate accommodation for near or distant vision.
Ciliary Muscle
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.