Breast Augmentation by Dr. Vicky Jain · Plastic & Reconstructive Surgeon
Breast augmentation is a surgical procedure that increases breast volume, improves breast shape, and restores proportion lost after pregnancy or weight change. It uses silicone or saline implants placed behind the breast tissue or chest muscle to create a fuller, more defined breast contour.
The concern most patients bring to consultation is not a specific cup size. It is proportion: breasts that feel too small relative to their body frame, a chest that reads as flat in clothing, volume that has not returned after pregnancy and breastfeeding, or asymmetry significant enough to affect how clothes fit and how the body looks in photos. Breast augmentation addresses all of these through implant selection and placement tailored to each patient's anatomy.
Dr. Vicky Jain performs breast implant surgery using a systematic approach to implant sizing based on chest width, existing breast tissue, and the patient's body proportions. The goal is a result that looks natural to the patient's frame, not a size that would look out of place on a different body.
Patients with naturally small breasts relative to their body frame choose augmentation to bring the chest into proportion with the rest of their body. Implant size is selected based on chest width and desired outcome, not a generic target.
Pregnancy and breastfeeding frequently reduce breast volume significantly. Some patients lose more volume than they had before pregnancy. Implants restore this volume and, when combined with a lift, restore position as well.
Natural breast asymmetry affects most women to some degree. When the size difference between sides is significant enough to affect clothing fit or body image, different implant sizes on each side correct the asymmetry.
Congenital underdevelopment or tuberous breast deformity produces a chest that does not develop normally through puberty. Breast augmentation, sometimes combined with reshaping of the breast base, addresses this structural concern.
Many patients describe the practical limitation of small breasts before describing the aesthetic concern: clothing that fits the waist but not the chest, swimwear that does not stay in place, or proportions that do not match their frame. Augmentation resolves the underlying structural cause.
Significant weight loss, particularly rapid loss, reduces breast volume and can leave skin without adequate volume underneath it. Implants restore the volume component. When skin laxity is also present, a lift addresses the position.
The most commonly chosen implant type worldwide. Filled with cohesive silicone gel that feels close to natural breast tissue. Available in a range of profiles from low to high, allowing precise control over how much the breast projects forward relative to its base width. Dr. Jain uses form-stable cohesive gel implants that hold their shape even if the outer shell is compromised.
Filled with sterile salt water after insertion, allowing the incision size to be smaller. Firmer to the touch than silicone. If the shell is compromised, the saline absorbs harmlessly into the body and deflation is immediately visible, which some patients consider an advantage from a safety monitoring perspective.
Implants placed through an incision under the breast crease, around the areola, or through the armpit, depending on anatomy and patient preference. The implant is positioned either above the pectoral muscle for patients with adequate breast tissue coverage, or below it for patients with thin tissue where implant edges would otherwise be visible.
For patients who have volume loss alongside breast descent and skin laxity. Augmentation alone in a ptotic breast produces a result with better volume but unchanged position. Combining a lift with augmentation addresses both concerns simultaneously. The two procedures are planned together to produce a result that is proportionate in both volume and position.
Corrects results from previous implant surgery. Common reasons include capsular contracture, implant displacement, size change, or rupture. Revision surgery is more complex than primary augmentation because existing scar tissue and pocket alterations must be managed alongside the new implant placement.
Surgery takes 1 to 2 hours under general anesthesia. Dr. Jain makes the incision at the chosen site: the inframammary fold beneath the breast, the periareolar border around the lower half of the areola, or the axilla in the armpit. Each incision position has specific advantages and trade-offs in scar visibility and access. Dr. Jain discusses the appropriate incision for your anatomy during consultation.
A pocket is created either above or below the pectoral muscle depending on the placement plan. The implant is inserted, centered on the chest, and the position is assessed with the patient flat and, when possible, seated upright before closure. Symmetry between sides is confirmed before the incisions are closed with layered sutures.
Patients go home the same day or after one night. A surgical bra is worn immediately after surgery and replaced with a supportive bra for the first 6 weeks. Implants take approximately 3 months to settle into their final position as the surrounding tissue adapts.
Tightness across the chest, particularly when the implant is placed below the muscle. Swelling and sensitivity are normal. Rest and limited arm movement are recommended.
Most patients return to desk work by day 7 to 10. Light daily activity resumes. Avoid lifting anything heavier than 2 kilograms and overhead arm movements.
Exercise and more physically demanding activity resume. The implants are still settling. Upper body exercise begins conservatively before returning to full intensity.
Implants reach their final settled position. The breast contour looks and feels natural. Final results are assessed at this visit.
Good candidates are women aged 18 and above who are in good general health, at a stable weight, and have a specific concern with breast size, shape, or volume that affects their body confidence or proportions. Patients who are planning significant weight loss should complete that process before surgery, as weight change after augmentation affects how the implants look relative to the surrounding tissue.
Patients planning future pregnancies should discuss timing with Dr. Jain. Pregnancy after breast augmentation is safe, but it can change the breast tissue around the implant and sometimes necessitates revision surgery after breastfeeding is complete. Non-smokers or patients willing to stop smoking before and after surgery have significantly better healing outcomes. Patients with realistic expectations about what implants change, breast volume and shape, and what they do not change, skin laxity, nipple position, or chest wall structure, get the most consistent satisfaction from the result.
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Professional, caring, and clear at every step. Recovery went smoothly. Highly recommended.
Took time to listen; I left informed and confident. Excellent consultation.
Silicone implants are filled with cohesive gel that feels closer to natural breast tissue and are the most commonly chosen. Saline implants are filled with sterile salt water after insertion, feel firmer, and deflate visibly if compromised. Both are safe and FDA-approved. Dr. Jain discusses which is appropriate for your anatomy and goals during consultation.
Three incision positions are used: the inframammary fold beneath the breast, the periareolar border around the lower areola, and the axillary fold in the armpit. The inframammary approach is most common as it provides the best access for precise implant placement. Scar placement depends on your anatomy and the implant type selected.
Placement below the pectoral muscle is recommended for patients with thin breast tissue where implant edges would otherwise be visible or palpable. Placement above the muscle suits patients with adequate existing breast tissue that provides natural coverage. Each placement affects how the implant moves, how it looks in different positions, and long-term mammography assessment. Dr. Jain recommends the appropriate placement based on your specific anatomy.
In most cases, no. Implants placed below the muscle and through incisions that do not cross the areola do not interfere with milk ducts or glandular tissue. Patients who are concerned about breastfeeding should discuss incision choice and implant placement during consultation so the plan accounts for this specifically.
Modern implants do not have a fixed replacement schedule. They are not designed to be replaced every 10 years as a standard. They are replaced when there is a clinical reason: rupture, capsular contracture, size change, or significant change in breast tissue with age. Many patients go 15 to 20 years without requiring any intervention.
Capsular contracture occurs when the scar tissue that naturally forms around any implant tightens excessively, making the breast feel firm and sometimes distorting its shape. It is the most common complication of breast augmentation. Risk is reduced through precise pocket dissection, implant handling technique, and post-operative management. If it occurs, treatment involves surgical release or implant replacement.
This depends on whether breast ptosis, downward displacement of the nipple and breast tissue, is present alongside the volume concern. Implants add volume but do not lift the breast or reposition the nipple. Patients with significant ptosis need a mastopexy combined with augmentation to address both concerns simultaneously.
The breast looks close to its intended result within the first 2 to 4 weeks as initial swelling resolves. The implants fully settle into their final position over 3 months as the surrounding tissue adapts and the lower pole of the breast fills out. Final results are assessed at the 3-month post-operative visit.