Silicone and Saline Implants FAQ

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As Plastikos Surgery Center is the only clinic in the United States offering both surgical as well as holistic treatment of silicone immune and neurological disorders, we have gathered some of the more frequently asked questions by our patients who are often coming from out of state for treatment. We hope to further educate our patients and their doctors regarding this challenging disorder.

How does silicone cause systemic illness?

When the integrity of the silicone shell breaks down, either due to a time-related lipolysis reaction of the shell or due to disruption of the shell, silicone gel can leak into and beyond the scar capsule that surround the implant. This is often associated with a burning discomfort and numbness down the arm and usually occurs around 8 to10 years after implantation. Macrophages will attempt to digest the silicone and may travel via the lymphatic system to the systemic circulation. Silicone-laden macrophages tend to travel to the central and peripheral nervous system and organs. Silicone and other substances can be released from the macrophages along with substances called cytokines that can lead to inflammatory states. Many of the processes outlined in the Silicone Immune Protocol help by decreasing the precursors of this inflammatory state. Silicone and other chemical breakdown products of implants probably cause a metabolic disruption of our energy systems that affects multiple organs and physiological systems, including the endocrine system. Bio-toxins from mold in and around the implants and migrating silicone may also cause fibromyalgia. The science of silicone is not well understood, as it has not been extensively studied.

What are the local (chest wall) problems that are associated with implants?

Capsular contracture, which is the tightening of the scar capsule around the implant, is usually associated with subclinical infection of the scar capsule. Capsular contractures can be treated with a combination of antibiotics, massage exercises, high doses of Vitamin E and healing techniques that help resolve the subclinical infection. This must be done early, however, because once the capsular contracture is established and the collagen cross bonded, surgical treatment consisting of removal of the capsule is usually needed.

Once the silicone begins to leak out of the shell, one can either see a new capsular contracture, if infection of the capsule occurs, or a softening of the capsule if disruption of the shell occurs without capsular contracture.

With textured shells or with polyurethane shells, we often see thick capsules that can invade local tissues including breast, muscle, and the lining of the ribs if the implants are submuscular. These capsules can be difficult to surgically excise but if left in the body can be a source of problems both local and systemic.

Other local problems include migration of the implants, which is more likely to occur if a submammary placement (under the breast tissue, but not under the muscle) is used or if steroids are used in the implant pocket or in saline implants, which seem to migrate more easily than silicone implants. Other local problems include mastodynia, which is breast pain or discomfort and is often due to local infection or inflammation.

Are mammograms or MRIs needed prior to surgery?

I prefer to obtain a recent breast ultrasound to look at breast tissue and possible extracapsular silicone including the possibility of silicone in axillary lymph nodes. Neither mammogram nor ultrasound exams usually detect intra-capsular rupture, which is the most frequent type of rupture. Leakage is not detected by any method and is best diagnosed clinically. Sometimes an MRI is useful as it is more likely to show rupture, but it is expensive, and I feel it usually is not necessary if features of implant failure are present unless silicone has migrated away from the implant. I would caution against a mammogram preoperatively as many implants have shell integrity problems and the pressure from a mammogram may rupture the Silastic shell. A mammogram or breast MRI may be done postoperatively if cancer detection is an issue, as breast ultrasounds are less effective for cancer detection.

What is ““en bloc”” implant resection and why is it important?

In order to remove the silicone implants without spilling silicone gel into the chest cavity, we try to remove the scar capsule around the implant without disrupting the capsule. It is not always possible to remove the scar capsule intact, especially if the capsule is thin and the Silastic shell is disrupted. Detoxification methods are very important before and after surgery as even with “en bloc” techniques silicone is released into the system and can cause a “flu-like” illness if not properly managed.

What is the recommended detoxification program before and after surgery?

After taking a history and physical to determine the patient’s problems, we recommend an individualized treatment program. Many patients benefit from a yeast program as systemic candidiasis is very common, and it is important to address this prior to surgery as yeast symptoms can be exacerbated from antibiotics and surgical stress. Most patients benefit from a diet that decreases the inflammatory precursors in the diet and that decreases sugar and carbohydrates that allow yeast to grow.

Inositol is used to help the body eliminate silicone breakdown products.

The immune system problems seen in silicone patients should be treated prior to surgery in order to avoid postoperative complications. The use of immune supplements such as EpiCor, transfer factors, thymic factors, and mushroom extracts to increase natural killer cells, and beta 1,3 Glucan to increase macrophages is outlined in the protocol and in the information on Transfer Factor Plus on the website at Many of the bacterial, viral, and fungal infections cannot be effectively treated unless the immune system disorders are addressed.

In general, before surgery we recommend EpiCor and Transfer Factor Plus for the immune system, Inositol, Siliconex and Brainpower for detoxification, CORvalenM, Super Malic for magnesium supplementation, milk thistle for liver detoxification, acidophilus (probiotic) for yeast along with Diflucan or Nystatin, Lipoic acid for an antioxidant and to help protect the liver while on Diflucan, and flaxseed capsules or flaxseed oil for Omega-3 fatty acids to help the immune system as well as a vitamin-mineral supplement. After surgery there are a number of detoxification programs outlined in the Silicone Immune Protocol that are effective. Additional information on toxicity may be needed in order to tailor this program to the individual patient. Many of us have heavy metal toxicity and other problems, along with silicone toxicity. That is why I was lead to get my boards in holistic medicine in order to understand this aspect of the healing program. Patients ask me how long they should stay on the Silicone Immune Protocol. The answer is not known, but I believe it has to do with the amount of silicone and chemical leakage into the body and whether the implants are replaced with saline and of course the state of the immune system. Patients should usually stay on the protocol 6 – 12 months postoperatively and 1 – 2 months preoperatively if possible. Many times the protocol is tailored to the individuals’ total toxic load and their response to the treatment protocol.

Is it necessary to remove lymph nodes containing silicone?

Silicone naturally is taken up by the lymphatic system and travels into the axillary lymph node system and often can be detected on ultrasound exams. I have seen many patients on the detoxification program have silicone move through the lymphatic system, and I feel that unless the lymph node is abnormal (i.e., tender and/or enlarged) removal is probably not necessary and may be detrimental in that scarring from surgery can disrupt the fine lymphatic channels that drain the breasts. Enlarged, firm or tender axillary lymph nodes should be removed if possible.

What problems do saline implants cause?

Saline implants have local complications of capsular contractures, infection, inflammatory reactions to textured surfaces, deflation, and in the case of textured more than smooth saline implants, migration of silicone from the shell into the capsule and lymphatics with possible immune reaction.

We are seeing a different type of autoimmune disorder in patients, mostly with textured saline implants that have more features of a bio-toxicity, than seen in the silicone gel patients. Some patients ask if they can replace their silicone implants with saline implants. I would advise this not to be done if the patient is very ill from immune, autoimmune, or neurological illness. I advise patients that even smooth saline implants can cause a continued immune reaction as shown by research published by Dr. Douglas Shanklin, et al. as well as problems with bio-toxicity from mold. I do believe that some patients do tolerate smooth saline implants if they are able to stay on the silicone immune protocol and have many patients who are much healthier after removal of leaking or ruptured silicone implants and replaced with smooth saline implant. Some of our patients would never allow their silicone implants to be removed if saline replacement was not possible. We have much to learn about the effects of saline implants.

What deformity results from explantation and what are my options?

The deformity that may result from explantation is variable and involves several factors, including the size of the natural breast, the size of the implant, the number of previous implant procedures, the placement of above or below the chest wall muscles, the type of implant, the integrity of the implant, and if capsular contracture or migration of the implant has occurred. Of course the most profound deformities occur with removal of implants after mastectomies with implant breast reconstruction, but other reconstructive options such as TRAM flaps or other flap breast reconstruction is possible and will usually be covered by insurance. My experience is that more extensive deformities may occur in patients with multiple procedures where the majority of the breast tissue consists of scar tissue, patients with severe capsular contractions causing distortion of the skin envelope, and badly ruptured silicone implants with silicone infiltrating breast tissue and local muscles. The most difficult explants are around textured and polyurethane implants as these are often vascular capsules and also in patients with virtually no capsule and extensive migration of silicone in all directions. Those patients who have capsule failure are also more likely to have systemic illness.

For patients without change in position of their nipple areola complexes (either too high or too low) and in patients that have normal skin elasticity and implants that are not too large, explantation only is preferred as the skin envelope will retract over several months and allow more natural breasts to form over time. At first the breast may be flat and wide, but often within three months the breast reshapes into a more natural form.

For patients with nipple areolar displacement, poor skin elasticity (i.e., stretchmarks), large implants, and multiple surgeries, often a mastopexy is needed. We prefer a donut mastopexy where only the top layer of dermis is remo