Patients often think that breast augmentation boils down to simple size and shape. Or that it's easy to pick an implant like you’re pulling a garment off a rack, completely glossing over the fact that a medical device has to live and move with your body for decades. It's important that you know exactly how an implant should behave, how it will shift when you move, how your natural tissue will respond to it over time, and how it’s inserted.
That missing piece is exactly why the standard approach to breast surgery is evolving. Recognizing the need for implants that actively adapt to your anatomy rather than fight against it, Dr. Judith Gurley currently offers Motiva breast implants, and soon will introduce the Preservé technique—a refined surgical method focused on minimizing tissue trauma, optimizing your long-term results, speeding up your recovery and minimizing the need for anesthesia.
The development of next-generation implants relies heavily on studying how the human body physically interacts with foreign materials. Researchers have observed how different textures behave when placed inside living tissue, finding that a highly controlled smooth surface reduces the specific inflammatory factors that typically lead to complications.
When the body encounters traditional implants with aggressive texturing, it often reacts defensively, creating excess scar tissue. This physiological reaction is what drives high rates of capsular contracture and unnatural firmness in the breasts. When patients experience capsular contracture, the body is essentially building a rigid wall around the implants. The highly specified topography of silicone breast devices dictates this cellular response.
This is where Motiva implants mark a clear departure from older generations of breast implants. Developed by Establishment Labs, Motiva SmoothSilk features an advanced surface topography designed specifically to be highly biocompatible. It actively minimizes the tissue reactions that cause that tight, rigid feeling. When an implant type integrates smoothly alongside natural breast tissue, the aesthetic results and the long-term results improve drastically. The shift away from aggressively textured surfaces toward a meticulously engineered smooth surface represents a fundamental change in how the industry approaches patient safety and device longevity.
Motiva breast implants are engineered to function dynamically. The core of the device utilizes a highly elastic, cohesive silicone gel. Older silicone gel implants often hold a static, rigid position regardless of how you move; this newer technology allows the implant to mimic natural movement. Depending on the specific Motiva device selected, the silicone gel maintains a round shape when you lie down on your back and settles into a subtle teardrop shape when you stand up. This structural design aligns closely with the physics and weight distribution of actual natural breasts. The elasticity of the silicone gel inside Motiva breast implants means the breasts move when the patient moves, rather than remaining fixed in place. The ultimate goal is to create breasts that look and act like natural anatomy, rather than augmented features.
From a safety standpoint, Motiva offers distinct structural advantages for patients. Every device includes a specialized barrier layer known as BluSeal. This visual blue indicator allows the surgeon to confirm the absolute integrity of the shell before placing the implants into the breasts, directly mitigating the risks involved with undetected rupture. While breast implants are temporary rather than lifetime devices, continuous advancements in silicone breast implants prioritize extended longevity and overall breast health. The barrier layer limits the diffusion of silicone gel into the body, providing a clear structural boundary that the physician can rely on.
Dr. Judith Gurley currently performs breast implant surgery using these new devices, and will soon introduce the Preservé technique to further elevate the standard of care. This specific surgical procedure refines primary breast augmentation by focusing strictly on tissue preservation.
Because Motiva SmoothSilk implants (including the SmoothSilk Round options) are exceptionally flexible, they require much smaller incisions than traditional implants. The Preservé technique leverages this extreme implant flexibility alongside a specialized sterile insertion sleeve to gently place the implants inside the body. Instead of cutting aggressively, the surgeon separates muscle and natural breast tissue along distinct anatomical planes. By respecting the natural breast tissue and the underlying chest wall, the Preservé technique reduces the inflammatory cascade that typically follows breast surgery.
This approach is designed to minimize scarring and significantly reduce trauma to your anatomy. The goal is to create natural-looking results while facilitating a more streamlined recovery for women. Even with a highly refined technique, patients must still avoid heavy lifting during the initial healing phase to ensure optimal healing. We look forward to announcing exactly when this technique is officially available for both primary breast augmentation and revision augmentation patients.
Every medical procedure requires a straightforward assessment of the risks involved. Any physician evaluating you for breast implant surgery will review your complete medical history during the initial consultation. Women who are currently pregnant or nursing, or anyone experiencing an active infection anywhere in the body, must wait to undergo surgery. These are standard medical protocols implemented to protect your health and ensure a safe surgical outcome.
Potential risks of breast implant surgery include infection, changes in nipple or breast sensation, scarring, and the eventual need for future implant removal or replacement. Because Motiva implants utilize a highly controlled smooth surface, they are engineered to lower the rate of capsular contracture and abnormal firmness. Furthermore, a known association exists between certain highly textured implants and specific types of cancer, known as Breast Implant-Associated Anaplastic Large Cell Lymphoma (BIA-ALCL). Motiva implants are smooth, presenting a different safety profile regarding this specific cancer risk. Routine screening via ultrasound or MRI remains a standard recommendation for all patients to monitor their health over the lifespan of the implants.
With widespread availability and ongoing clinical trials across the USA, patient safety remains the highest priority in the aesthetic industry. Establishment Labs adheres to rigorous FDA standards to ensure optimal device performance, clear safety metrics, and tangible benefits for patients seeking breast augmentation. Motiva offers an evidence-based approach to breast aesthetics.
Choosing the right implants requires understanding both the material technology and the specific surgical techniques used to place them inside the breasts. Whether you are exploring primary breast augmentation for the first time or seeking a revision augmentation to replace older implants, the focus is on precise, evidence-based methods that support the body and the breasts. The introduction of these advanced materials provides patients with options that prioritize biomechanical harmony over simple volume addition.
Contact our office to schedule a consultation to discuss Motiva breast implants or to learn more about the upcoming Preservé technique. We are committed to providing women with the information and the technology necessary to make informed decisions about their bodies and their aesthetic goals.
