Breast Lift
Before and After
Breast Lift
Conveniently located to serve the areas of Beverly Hills and Tarzana, CA
Dr. Obaida Batal specializes in implant removal and breast lift for a more natural size and shape :
What Is A Breast Lift? Aging, gravity, genetics and even weight gain can change the size and shape of the breast including sagging, asymmetry, or a deflated appearance. Because skin loses elasticity over time, breasts can slowly loose firmness. Dr. Batal can reshape and tighten the loose skin and muscle in each breast with minimal scarring under the breast and around the nipple. For small breasts that lack volume, there is a fat transfer to the breasts without the need for expensive foreign implants which increase the likelihood of infection and complications. All these options can lead to fuller, perkier-looking breasts.
- The removal of stretched skin from sagging breasts.
- Correcting asymmetry or unevenness in the breasts.
- Repositioning downward or outward facing nipples.
- Lifting saggy breasts from aging, pregnancy, or gravity.
- Increasing the volume of the breasts through fat transfer to enhance the shape and size of the breast.
- Smoothing rippled or stretched skin
- Reducing enlarged areolas
Beyond just cosmetic improvements, a breast lift can greatly improve a person’s well-being and confidence.
How Long Does It Take?
Most procedures last anywhere from 3-8 hours including recovery time but can vary depending on the amount of correction needed. Additional time may be needed for fat transfer. During your consultation, Dr. Batal will be able to provide the best treatment options and pricing. All procedures are performed under light or awake anesthesia and can be released in as little as 30 minutes after surgery to rest at home in the comfort of their own bed. However, patients will need to make arrangements with a friend or family member as they will not be allowed to drive themselves home or use a ride share app.
Ideal Candidate
Breasts that are asymmetrical, sag, flat or hang to the side, have enlarged areolas, or have not have previous corrective surgery. A good breast lift candidate will be in good overall health, a non-smoker and in good physical shape with a stable weight. As with all cosmetic surgery, a weight loss regimen may be prescribed 3-4 months before surgery is scheduled in order to attain the best results. Just as important is emotional and mental health and realistic expectations.
How you can prepare for a Breast Lift
Preparing for a breast lift surgery involves several important steps to ensure a smooth and successful procedure. Before undergoing this cosmetic surgery, it is crucial to schedule a consultation with a board-certified plastic surgeon who specializes in breast lift procedures. During this appointment, the surgeon will evaluate your overall health, discuss your goals, and explain the procedure in detail. They may also provide pre-operative instructions, such as avoiding certain medications or supplements, quitting smoking, and adjusting your current medication regimen.
Additionally, it is essential to maintain a healthy lifestyle by eating a balanced diet, staying hydrated, and engaging in regular exercise to optimize your body’s ability to heal. Finally, it is crucial to arrange for someone to drive you home after the surgery and have a support system in place during the recovery period, as it may take several weeks before resuming normal activities. By carefully preparing for a breast lift, one can enhance their overall experience and maximize the chances of achieving desired results.
What are the advantages of mastopexy?
Mastopexy, or breast lift surgery, offers several advantages for women seeking to improve the appearance and proportion of their breasts. One of the primary benefits is the immediate results it provides. Unlike other breast procedures that require a recovery period, mastopexy results can be seen right after the surgery. This can greatly boost a woman’s self-confidence and enhance her body image.
Another advantage of mastopexy is the achievement of firmer and perkier breasts. As women age or experience pregnancy and breastfeeding, the breast tissue can lose its elasticity, causing the breasts to sag. Mastopexy corrects this issue by removing excess skin, tightening the remaining tissues, and reshaping the breasts to a more youthful position. The result is an uplifted and revitalized appearance.
In addition to the aesthetic benefits, mastopexy also allows for better fitting bras and clothes. As sagging breasts can make it difficult to find bras that fit properly, breast lift surgery can eliminate this struggle. With firmer and uplifted breasts, women can enjoy wearing a wider range of clothing styles, including those that highlight their new and improved breast shape.
In conclusion, mastopexy offers numerous advantages, including immediate results, firmer and perkier breasts, and the ability to find better fitting bras and clothes. This procedure can enhance a woman’s overall appearance and boost her self-confidence, leading to a more positive body image.
What are the risks or complications of a breast lift procedure?
A breast lift procedure, also known as mastopexy, is a surgical intervention performed to lift and reshape the breasts, resulting in a more youthful appearance. While the procedure can provide aesthetic benefits, it is important to understand the potential risks and complications that may arise.
One potential complication of a breast lift procedure is breast asymmetry, where one breast is different in shape or size compared to the other. This can have a significant impact on the patient’s self-esteem and body image.
Another risk is bleeding or blood clots, which can occur during or after the surgery. Excessive bleeding may necessitate blood transfusions or additional surgeries to control the hemorrhage. Blood clots in the legs, known as deep vein thrombosis, can also develop postoperatively and potentially travel to the lungs, causing a pulmonary embolism. These complications are more common in patients who smoke, have a history of blood clotting disorders, or are on certain medications.
Changes in sensation are a potential risk, with some patients experiencing temporary or permanent loss of nipple or breast sensation. This can affect sexual satisfaction and breastfeeding ability.
Complications related to anesthesia, such as reactions to the medications used, can occur. In rare cases, damage to nerves or underlying organs may transpire. This can lead to chronic pain, nerve damage, or functional impairments.
Factors that increase the risks include smoking, obesity, and severe medical conditions. It is important to discuss these risks thoroughly with the surgeon and carefully consider the potential long-term consequences before deciding to proceed with a breast lift procedure.
Surgical anatomy of the breast
The surgical anatomy of the breast is a fundamental aspect of breast surgery and plays a crucial role in the diagnosis, treatment, and management of breast diseases. Understanding the anatomy of the breast is essential for surgeons to perform safe and effective procedures, such as lumpectomies or mastectomies, as well as for accurate assessment of lymph node involvement in breast cancer cases. The breast is composed of glandular tissue, fat, and ligaments, with blood vessels and lymphatic vessels interwoven throughout. The mammary glands are responsible for producing milk and are connected to lactiferous ducts, which transport the milk to the nipple.
The breast is also supplied by an extensive network of blood vessels, including the internal mammary artery and lateral thoracic artery, which provide vital nutrients and oxygen to the breast tissue. Moreover, the lymphatic drainage of the breast is complex, involving lymph nodes in the axilla, supraclavicular region, and internal mammary chain. Therefore, a thorough knowledge of the surgical anatomy of the breast is imperative for surgeons to perform successful breast surgeries and ensure optimal patient outcomes.
Mechanical structures of the breast
The breast is a complex structure comprised of several mechanical components that play a crucial role in mastopexic correction, which is a surgical procedure aimed at lifting and reshaping sagging breasts. Understanding the load-bearing properties of the glandular, adipose, and skin tissues within the breast is essential for achieving successful outcomes.
The rib cage serves as the primary support for the breast, providing a stable foundation for the surrounding structures. The chest muscles, particularly the pectoralis major and minor, also contribute to breast support. These muscles attach to the rib cage and exert tension on the breast tissues, helping to maintain their position and shape.
The pectoralis fascia, a connective tissue layer covering the pectoralis muscles, acts as a supportive structure for the breast. It helps distribute the load across the chest muscles and contributes to the overall stability of the breast.
Suspensory ligaments within the breast provide additional support by attaching the breast tissue to the chest wall and surrounding structures. These ligaments help maintain the shape and position of the breast, preventing excessive drooping.
Glandular tissue, which is responsible for milk production, adds volume and density to the breast. It provides intrinsic support and contributes to the overall load-bearing properties of the breast.
Adipose tissue, commonly known as fat, forms the bulk of the breast and acts as a natural cushioning material. It helps absorb external forces and contributes to breast contour.
Finally, the skin envelope acts as an external structure that maintains the shape and form of the breast. It provides essential structural support and contributes to the load-bearing properties of the breast.
In conclusion, the mechanical structures of the breast, including the rib cage, chest muscles, pectoralis fascia, suspensory ligaments, glandular tissue, adipose tissue, and skin envelope, all play vital roles in supporting the breast and must be considered during mastopexic correction. Successful surgical outcomes depend on an understanding of these load-bearing properties to achieve natural, long-lasting results.
Blood supply and innervation
The blood supply and innervation of the breast play crucial roles in its overall function and sensation.
The arterial blood supply to the breast is mainly derived from two sources: the internal mammary artery and the lateral thoracic artery. The internal mammary artery provides the majority of the blood to the breast through its perforating branches, which reach the medial aspect of the breast tissue. The lateral thoracic artery supplies blood to the lateral aspect of the breast.
Venous drainage of the breast occurs through a network of superficial and deep veins. The superficial veins, located just beneath the skin, drain into the axillary vein, while the deep veins drain into the internal mammary and lateral thoracic veins. Additionally, there are connections between the superficial and deep veins, allowing for alternative pathways of blood flow.
The primary lymph drainage system of the breast is the axillary lymphatic system. Lymphatic vessels in the breast drain into lymph nodes located in the axillary region. From there, the lymphatic flow continues to the infraclavicular and supraclavicular lymph nodes.
In terms of innervation, the breast receives sensory input from the peripheral nervous system (PNS). The innervation responsible for sensation is mainly derived from the long thoracic nerve, intercostal nerves (primarily the second to sixth intercostal nerves), and the fourth intercostobrachial nerve. These nerves transmit sensory information to the central nervous system.
In summary, the blood supply to the breast is primarily derived from the internal mammary and lateral thoracic arteries, with venous drainage occurring through superficial and deep veins. The axillary lymphatic system serves as the primary lymph drainage system. Sensory innervation of the breast is provided by the long thoracic nerve, intercostal nerves, and the fourth intercostobrachial nerve.