Capsular Contracture III
Stage three capsular contracture describes a breast implant which is firm to touch with visible breast deformity. Stage III capsular contracture can occur anytime after breast augmentation. Patients may experience a firm breast implant from one week to a few decades after breast augmentation surgery. The key distinction from other Stages of capsular contracture is visible breast deformity. The implant essentially looks firm and deformed while it also feels hard to touch.
Seek Help
Patients and surgeons have some work to do if patients are diagnosed with Stage 3 capsular contracture or a tight breast implant. Prevention is still important in Stage three implant tightening in order to minimize progression of the capsular contracture. Visit your plastic and reconstructive surgeon as soon as you feel and visualize any change in the breast implant.
Rupture
Implant rupture is one of the causes for implant capsular contracture. Other causes for the onset of capsular remain generally unknown. You should have an examination by your plastic and reconstructive surgeon once you notice a firm breast implant. Your plastic and reconstructive surgeon may order an MRI to identify the source for the capsular contracture.
Insurance
The health effects of most complications associated with breast implants is covered by insurance companies. Complications such as rupture, implant capsular contractor, and implant infection will all have health implications if not treated. Stage 3 capsular contracture should be covered by most insurances.
Replacement Surgery
Implant replacement techniques vary from simple to complex based on the reason for the implant replacement. The most basic breast implant replacements are for ruptured saline implants. Breast implant replacement performed early after diagnosis of a ruptured saline implant is similar to replacing batteries in the battery compartment of a remote control or other battery operated device. A small incision is made at the prior scar and the ruptured implant replaced with a new implant. If a few weeks have passed since the rupture, then the pocket has to be extended before insertion of the replacement implant Continue Reading »
The milk lines are two parallel lines, formed by thickenings of the epidermis the mammary ridge along the ventral surface of mammals of both sexes. They extend from the upper limbs arms to the lower limbs legs and are developed in the embryo. They give rise to the mammary glands and nipples but are otherwise usually not visible in the adult. In humans, milk lines appear in the seventh week of embryonic development. After initial development of the milk lines they go into remission. Nipples develop on the milk lines of mammals. Continue Reading »
Capsulectomy
A capsulectomy is the surgical removal of capsular contracture around a breast implant. Capsular contracture or the formation of tight scar tissue around the implants occurs in up to 10 percent of cases within the first 10 years of having the implants. Research is on going for the specific cause of capsular contracture. : Continue Reading »
Implant Monitoring
Breast implants are medical devices and can fail. If detected early enough, replacing a ruptured breast implant, particularly saline-filled breast implants, is similar to replacing a battery in a battery compartment. If detected late, ruptured silicone implants can cause thickening of scar tissue around the implant, which can lead to breast deformity and pain Continue Reading »
Capsular Contracture
Immediately after a doctor inserts a breast implant into the breast pocket, the body begins forming scar tissue around the implant. The scar tissue is a way for the body to separate or encapsulate the foreign breast implant from the body. Over a short to a long period, the scar tissue may thicken. As it does so, the tissue around the breast tightens, making the breast appear round, feel firm, and possibly cause the patient pain. The four grades of capsular tightening or contracture:
Stage One Capsular Contracture
Stage Two Capsular Contracture
Stage Three Capsular Contracture
Stage Four Capsular Contracture