Will getting breast implants under the muscle make it hard for me to do my job as a Massage Therapist?

You can still perform your job as a massage therapist with implants placed under the muscle. After surgery you will have some restrictions with activity including the exertions required by your job. However after you are fully healed and cleared by your surgeon you will be able to return to your job and all activities you enjoyed prior to surgery.

When undergoing breast augmentation there are a number of choices which need to be made: saline or silicone? Volume: Larger or smaller? Incision? However, one of the most commonly debated choices is that of implants placement: subglandular/ submammary vs. subpectoral/ submuscular? While many surgeons recommend submuscular placement there are distinct differences to each approach.

Subglandular Augmentation (“overs”):

• Subglandular augmentation means place of the implant underneath the breast tissue but above the pectoralis muscle. Subglandular placement spares the pectoralis muscle which leads to reduced post operative pain/discomfort and no impact on muscle function post augmentation. Recovery is also faster
when compared to subpectoral augmentation.

• Subglandular augmentation can impact mammographic evaluation of the breast. However, as dedicated breast radiography has become more prevalent this has become less of an issue. Fellowship trained radiologists have become familiar with evaluating breasts post augmentation. It is also important to note that implant position does not interfere with visualization of breast tissue via contrast enhanced MRI (the most sensitive and specific study available for breast cancer detection).

• Studies suggest there is an increased risk of capsular contracture when implants are placed in a subglandular space.

• Aesthetically, implants placed superficial to the pectoralis major create a rounded, convex appearing breast profile. This effect is camouflaged, at least initially in larger breasted patients. However, as a woman ages fat atrophies and breast tissue descends. The result is a more noticeable implant specifically in the upper pole. Similarly, patients who have thin coverage superiorly are more likely to be able to perceive the implants and at higher risk of visible rippling.

Subpectoral Augmentation (“unders”):

• Subpectoral augmentation is technically a bit of a misnomer. Traditionally, subpectoral augmentation involves the release of the pecotralis major muscle from its lower attachments. This allows the muscle to “window-shade.” The upper hemisphere of the implant sits underneath the muscle (dual plane). This release contributes much of the discomfort encountered postoperatively by patients.

• Subpectoral implants have a lower rate of capsular contracture.


• Aesthetically, in contrast to submammary implants (which are prominent in the upper pole- especially in thinner patients), the pectoralis muscle both conceals the underlying implant and flattens the upper pole. This flattening effect creates a natural sloping as one proceeds from the upper portion of the implant to the lower portion.

• The most commonly cited drawback to sub-muscular augmentation is the animation deformity associated with contraction of the overlying muscle.

Each approach has both costs and benefits. Patients are unique and so too is each operative plan. A potential augmentation candidate may be better suited for one approach or the other.

With regards to your specific question, division of the muscle will cause a slight decrease in upper body strength. However, for most the difference is negligible. You should be able to perform the same activities as prior. It is a compromise not in ability but rather intensity.

As always, your board certified plastic surgeon can help guide you in your decision making process.

You probably should not expect any weakness or problems from a small muscle release. You may have a little bit more tenderness in the first few weeks of healing, but that is usually a trade off for other possible benefits of being under the muscle.