Breast Implant Surgery | Breast Implants Under the Muscle

When considering breast implants, one option that has gained popularity is placing the implants under the muscle. This method, called submuscular implantation, offers several important benefits and risks to understand before deciding. This blog post will delve into various aspects of breast implants under the chest muscle.

We will discuss the improved aesthetics associated with under-the-muscle placement and its reduced risk of complications like rippling. Additionally, we’ll cover post-surgery exercise concerns such as adhering to recovery guidelines and potential complications from exercising too soon after surgery.

Furthermore, we’ll explore dynamic distortion – its causes and temporary nature – along with waterfall breast deformity solutions involving two-stage procedures. Lastly, we’ll address capsular contracture prevalence & management techniques while also examining how submuscular implants can impact athletic performance due to intramuscular scarring.

Submuscular Breast Implant Benefits and Risks

Submuscular breast implants is an augmentation procedure that involves placing breast implants beneath the chest muscle rather than just under the breast tissue. This method offers several benefits, such as improved aesthetics and reduced risk of complications like rippling. However, there are also potential risks related to exercise performance and post-surgical healing that women should be aware of before making any decisions regarding surgery.

Improved Aesthetics with Under the Chest Muscle Placement

The placement of breast implants under the chest or breast muscle can provide a more natural appearance than over-the-muscle placement. Positioning the implant beneath the chest muscle makes it less visible through the skin and creates a smoother transition between the natural breast tissue and artificial material. This results in an enhanced look for patients seeking to increase their breast size.

Reduced Risk of Complications Like Rippling

Rippling refers to visible wrinkles or folds on the surface of a breast implant which can occur when there’s not enough soft tissue coverage. Submuscular placement reduces this risk by providing additional support from the chest muscles surrounding the implant.

• Capsular Contracture: Placing implants under the chest muscle may decrease the chances of developing capsular contracture – tightening scar tissue around an implant, causing pain and distortion.
• Implant Visibility: Submuscular placement helps minimise implants’ visibility, especially in women with thin skin or little natural breast tissue.

Patients must be conscious of potential dangers and issues related to submuscular breast implant. One such concern is how this procedure may affect exercise performance post-surgery. In our next section, we will discuss these concerns and provide guidance on proper recovery guidelines following surgery.

Submuscular implantation of breast implants may bring about enhanced aesthetic outcomes and decreased risk of issues, yet it is essential to be aware of the possible dangers related to this process. Post-surgical exercise should be carefully planned to maximise results considering potential complications.

Post-Surgery Exercise Concerns

After undergoing breast implant surgery, adhering to proper recovery guidelines to minimise potential complications is crucial. Exercising too soon after submuscular breast implant surgery can disrupt healing and lead to dynamic distortion or capsular contracture.

Importance of Adhering to Recovery Guidelines

Your surgeon will provide specific instructions for post-operative care, including when to resume exercise; following these recommendations is essential to avoid straining the chest muscles and scar tissue, with light activities such as walking recommended within days of surgery, while more strenuous exercises should be avoided for 4-6 weeks. You must follow these recommendations closely to avoid unnecessary strain on your chest muscle and scar tissue.

Potential Complications from Exercising Too Soon

• Rippling: Engaging in high-impact exercises before your breasts have fully healed may cause rippling – visible folds or wrinkles on the surface of the skin surrounding the implant.
• Capsular Contracture: Overexertion during physical activity could increase inflammation around the implant site and contribute to scar tissue formation. This may result in capsular contracture – a painful condition where scar tissue tightens around an implant, causing discomfort and altering its shape.
• Muscle Strain: Pushing yourself too hard after receiving breast implants under the muscle might lead to muscle strains or tears which could prolong your overall recovery time.

Allowing your body ample time to heal after submuscular breast implant surgery allows you to enjoy improved aesthetics and increased breast size without jeopardizing your health or athletic performance.

Post-Surgery Exercise Concerns are of paramount importance and should not be taken lightly; adhering to the recovery guidelines set forth by your surgeon is essential for optimal results. Dynamic distortion can be a potential issue that may arise following breast augmentation surgery and should not be disregarded.

Dynamic Distortion After Breast Augmentation

One concern some women have regarding breast implants under the chest muscle is dynamic distortion. This phenomenon occurs when a woman contracts her pectoral muscles, causing a temporary change in the shape of the breast implant. Although it may concern some patients, understanding its causes and implications can help alleviate concerns.

Causes of Dynamic Distortion

• Pectoralis Muscle Contraction: When a woman with submuscular breast implants engages her chest muscle during activities such as exercise or lifting heavy objects, this contraction can cause the implant to shift temporarily.
• Breast Tissue Movement: The natural movement of breast tissue over time can also contribute to dynamic distortion, especially if there is not enough support from surrounding tissues and skin elasticity.
• Surgical Technique: How an implant is placed beneath the chest muscle during surgery may also affect how susceptible one’s breasts are to experiencing dynamic distortion.

The Temporary Nature and Lack of Long-Term Damage

Fortunately, dynamic distortion does not result in any long-term damage to either the breast tissue or the implant itself. As soon as the pectoral muscle relaxes after contracting, both return to their original positions without lasting effects on appearance or functionality. It’s important for women considering submuscular placement to discuss this potential issue with their surgeon prior to undergoing surgery so they fully understand what might occur post-operatively.

While it may be disconcerting at first glance, knowing that dynamic distortion poses no threat allows women to make informed decisions about their breast augmentation options. Women can choose a procedure that best suits their needs and desired outcomes by weighing the benefits and risks of submuscular implant placement.

Dynamic distortion is a common issue that can be addressed with the right surgical techniques. Understanding the causes of dynamic distortion and its temporary nature makes it possible to ensure successful results from breast implant surgery.

Waterfall Breast Deformity & Solutions

Some people report experiencing waterfall breast deformity after having submuscular breast implants. This issue can affect the overall appearance and satisfaction with the results of a breast augmentation procedure. To address this concern, patients often undergo a process involving first getting a breast lift or re-doing a lift, followed by insertion of implants, usually at least six months later once they’ve fully healed.

Solution for waterfall deformity

1. Breast Lift: The first stage involves a breast lift (mastopexy), which raises and reshapes sagging breasts by removing excess skin and tightening the surrounding tissue. This helps create a youthful contour while addressing any asymmetry or unevenness in breast size.
2. Breast Implant Insertion: After allowing ample time for healing from the initial surgery, usually around six months, patients proceed with the second procedure – implantation of their chosen breast implants under the muscle. Waiting until full recovery has occurred before inserting new implants reduces potential complications like capsular contracture or improper positioning that may arise if both procedures were done simultaneously.

The importance of allowing time between procedures

Sufficient time between these procedures is crucial for ensuring optimal results and minimising risks associated with cosmetic surgeries. Allowing your body adequate time to heal after a breast lift helps prevent complications such as scar tissue formation and infection. Additionally, waiting until your chest muscles have fully recovered before proceeding with submuscular implantation reduces the likelihood of issues like dynamic distortion or improper positioning of the implants.

In conclusion, while breast implants under the muscle can cause waterfall breast deformity, there are effective solutions available.

Capsular Contracture Prevalence & Management

Capsular contracture occurs when scar tissue forms around the implant, causing discomfort and an unnatural appearance. Recognising the signs early is crucial to prevent complications and ensure proper management.

Recognising the Signs of Capsular Contracture

• Pain or discomfort in one or both breasts
• Breasts feeling firm or hard to touch
• Visible distortion of breast shape or size
• Movement of implants towards the armpit area (when placed under chest muscles)

If you notice any changes in your breast size or shape or experience pain after receiving submuscular breast implants, it’s essential to consult with a your surgeon immediately. Early intervention can help minimise complications and improve outcomes.

The Importance of Consulting with a Cosmetic Surgeon

A skilled cosmetic surgeon like Mr Sheikh Ahmad can assess your situation and recommend appropriate treatment options if capsular contracture is suspected. Depending on factors such as severity and patient preferences, possible solutions may include:

1. Conservative treatments: Non-surgical approaches like medication (e.g., antibiotics) may be recommended initially for mild cases.
2. Surgical interventions: In more severe cases where conservative measures fail, surgery may be necessary to remove the scar tissue and replace the implant.

Ultimately, consulting with a qualified cosmetic professional is crucial for managing capsular contracture effectively and ensuring optimal results from your breast augmentation procedure.

Submuscular Implants & Athletic Performance

While breast implants can boost self-confidence and improve aesthetics, it’s essential to consider the potential impact on athletic performance for women who lead active lifestyles. Studies involving female athletes who underwent augmentation mammaplasty procedures suggest that subpectoral placement may create a mechanical disadvantage for athletes, as it alters the mechanics of the pectoralis major muscle.

Disadvantages Associated with Subpectoral Placement

• Breast tissue displacement: When placed under the chest muscles, breast implants can cause displacement in natural breast tissue. This could affect an athlete’s range of motion or strength during activities requiring upper body movement.
• Pectoral muscle interference: Submuscular implant placement may interfere with the normal functioning of pectoral muscles due to their positioning beneath these muscles. As a result, this could limit overall power output and endurance in sports where upper body strength is crucial.

Potential Impact on Athletic Performance Due to Intramuscular Scarring

In addition to mechanical disadvantages associated with subpectoral implant placement, intramuscular scarring resulting from surgery could also have long-term effects on athletic performance. Scar tissue formation within the chest muscles might restrict flexibility and mobility while increasing pain levels during physical activity – particularly when engaging in exercises targeting those specific areas.

If you’re considering breast implants but are concerned about how they might affect your athleticism or exercise routine, consult with an experienced cosmetic surgeon like Mr Sheikh Ahmad at one of his clinics based in Truro, Cornwall, Harley Street London, or Birmingham, UK. Mr. Ahmad is an experienced cosmetic surgeon with over three decades of practice, making him a great choice for those seeking breast augmentation. Mr. Ahmad can help you determine the best approach to achieve your desired breast size while minimizing potential complications and risks associated with submuscular implant placement, such as capsular contracture.

FAQs About Breast Implants Under the Muscle

Is it Better to Have Breast Implants Under the Muscle?

Breast implants under the muscle or submuscular placement are generally considered a better option for most patients. This approach offers improved aesthetics due to more natural-looking results and reduced risk of complications like rippling. However, individual factors such as body type and the desired outcome should be discussed with a cosmetic surgeon before deciding.

What Are the Cons of Under the Muscle Breast Implants?

The main drawbacks of submuscular breast implantation include longer recovery time, increased discomfort during healing, and potential dynamic distortion caused by pectoral muscle contraction. Additionally, some athletic individuals may experience changes in exercise performance post-surgery due to intramuscular scarring.

How Long Do Breast Implants Under the Muscle Last?

Breast implants typically last 10-15 years regardless of placement; however, this can vary depending on factors such as implant type and individual circumstances. Regular check-ups with your surgeon are recommended to monitor implant integrity and address any concerns arising over time.

How Common Is Capsular Contracture Under the Muscle?

Capsular contracture occurs less frequently in submuscular placements compared to above-the-muscle placements. The risk ranges from 5% – 12%, but using cohesive silicone gel implants can further reduce this likelihood. (source)

Conclusion | Mr Sheikh Ahmad Private Clinic

Overall, submuscular breast implantation can provide improved aesthetics and reduce the risk of complications like rippling. However, adhering to recovery guidelines and recognising potential complications from exercising too soon is important. Dynamic distortion may occur but is temporary and typically does not cause long-term damage.

In cases where waterfall deformity or capsular contracture occurs, consulting with a healthcare professional is crucial for proper management. Additionally, athletes should be aware of the mechanical disadvantages associated with a subpectoral placement that could impact athletic performance due to intramuscular scarring.

If you’re considering breast implants under the muscle or other cosmetic surgeries, contact Mr. Sheikh Ahmad and his team of experts for a consultation today!