Axillary Breast (Accessory Breast Tissue)

Axillary breast, also known as accessory or ectopic breast tissue, occurs when extra breast tissue develops in the armpit (axilla) rather than following normal development elsewhere. It often appears as a soft swelling or lump in the underarm area that may enlarge, become tender, or feel heavier during the menstrual cycle, pregnancy, or breastfeeding, due to its response to hormonal changes.

Treatment Methods :

Depending on the size, symptoms, and patient preference, treatment options may include:

• Surgical Excision – Complete removal of the accessory breast tissue through a small incision, considered the definitive treatment for symptomatic or cosmetically bothersome cases.

• Liposuction-Assisted Removal – Used in select cases where the axillary swelling is primarily due to fatty tissue, often combined with excision for best results.

• Hormonal Evaluation & Monitoring – For mild, asymptomatic cases, a surgeon may recommend monitoring along with evaluation of hormonal triggers before considering surgery.

• Combined Approach – A mix of excision and liposuction may be used depending on the composition and extent of the tissue.

The appropriate treatment is decided after evaluation by a qualified surgeon.

Eligibility & Age

Treatment is generally considered for patients with a persistent, enlarging, tender, or cosmetically bothersome axillary swelling, particularly when it affects comfort or confidence.

There is no fixed age limit for this treatment. Suitability depends on the patient's overall health, severity of the condition, hormonal factors, and the specific procedure being considered.

Conclusion

Axillary breast tissue is a common and treatable condition, but the right approach depends on its size and the symptoms it causes. Early evaluation by a qualified surgeon can help determine whether monitoring or surgical removal is appropriate for you.

Get evaluated by a qualified surgeon through Surgi Solution and explore treatment options suitable for your condition.