Breast Asymmetry Correction in Sydney
Technical Explanation of the Procedure
Breast asymmetry correction in Sydney is a personalised surgical procedure designed to address differences in breast size, shape, or nipple position. Mild asymmetry is common in most women. However, some patients notice a more significant imbalance that affects clothing fit, comfort, or confidence. For suitable patients, breast asymmetry correction in Sydney can improve balance and proportion using tailored surgical planning.
A/Prof. Tim Papadopoulos (FRACS) assesses breast anatomy carefully during consultations, including breast volume, base width, fold position, nipple height, and skin quality. As part of informed consent, he then discusses treatment options, risks, recovery, and realistic outcomes. Importantly, outcomes vary between individuals, and perfect symmetry is not always achievable.
What Causes Breast Asymmetry?
Breast asymmetry can occur for many reasons, including:
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natural developmental differences (genetics)
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hormonal changes
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weight fluctuations
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pregnancy and breastfeeding
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previous surgery
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injury or trauma
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congenital differences in breast shape or chest wall anatomy
Because multiple factors can contribute, Dr Tim designs a plan that addresses both breast volume and breast position.
Surgical Options for Breast Asymmetry Correction
Breast asymmetry correction often involves one or more procedures. Therefore, Dr Tim selects the most suitable option based on your anatomy and goals.
Breast augmentation (implant or fat transfer)
If one breast is smaller, Dr Tim may increase volume using:
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breast implants, or
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fat transfer (selected patients)
This approach can improve size balance and contour.
Breast reduction
If one breast is larger and heavier, Dr Tim may reduce the volume on that side to improve proportion. In addition, reduction can help relieve physical symptoms in selected patients.
Breast lift (mastopexy)
If one breast sits lower or has more ptosis, Dr Tim may perform a lift on one or both sides. As a result, breast position and nipple height can become more balanced.
Combination procedures
Many patients require a combination approach. For example, Dr Tim may recommend:
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implant on one side + lift on the other
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reduction on one side + lift on both sides
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implants + lift (augmentation mastopexy) for shape and symmetry
Because asymmetry often involves both volume and shape differences, combined planning may provide the most balanced outcome.
Tailored Surgical Planning
Dr Tim plans to correct asymmetry using detailed measurements and proportion analysis. He evaluates:
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breast footprint and base width
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nipple position and areola size
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inframammary fold height
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tissue thickness and skin laxity
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chest wall shape and muscle anatomy
Therefore, the goal is to achieve optimal symmetry while maintaining natural proportion and a refined aesthetic.
Expected Outcomes and Considerations
Breast asymmetry correction aims to improve balance in breast size, shape and nipple position. However, no two breasts are identical. For this reason, Dr Tim discusses realistic expectations during consultation and explains that minor differences may remain after surgery.
Suitability for breast asymmetry correction in Sydney is confirmed during consultation.
Disclaimer:
All surgical procedures carry inherent risks. The information provided here is general in nature and should not be used as a substitute for an in-person consultation with a qualified specialist. Individual outcomes vary based on anatomy, healing, and adherence to post-operative care. A/Prof Tim Papadopoulos will discuss the potential risks, benefits, and realistic expectations during your consultation.
Safety, training and professional standards
A/Prof Tim Papadopoulos is a Specialist Plastic Surgeon (FRACS) and is registered with the Australian Health Practitioner Regulation Agency (AHPRA). He is also a member and Past President of the Australasian Society of Aesthetic Plastic Surgeons (ASAPS).
Patients can also consult the Royal Australasian College of Surgeons (RACS) for information on surgical training and standards.