Why Isn't Your Doctor Connecting Your Breast Implants to the Way You Feel?
(Based on a recent conversation with Dr. Landon Pryor discussing breast implant illness, biofilm, explant surgery, and cumulative biotoxicity - https://www.youtube.com/watch?v=apAgZAb4i2M)
If you have breast implants and you have not been feeling like yourself, you are not alone and you are not imagining it. Breast implant illness is a real, recognized pattern of chronic symptoms that can develop months or years after receiving implants. Yet patients continue to be dismissed, misdiagnosed, and redirected toward medications and other treatments that never address the underlying issue. In a recent conversation, Dr. Robert Whitfield sat down with Dr. Landon Pryor, an experienced explant surgeon practicing in both the Chicago area and Palm Beach, Florida. Together they unpacked some of the most important questions patients are asking right now: Why does breast implant illness happen? Why does it go unrecognized for so long? And what does it actually take to help patients recover?
From Reconstruction to Explant: Why Surgical Background Matters
Both Dr. Whitfield and Dr. Pryor came to the explant space through reconstructive surgery rather than cosmetic practice. Dr. Whitfield spent nineteen years focusing on cancer reconstruction, including head and neck cancer, breast cancer, and sarcomas, working with complex microsurgical techniques to rebuild body parts lost to disease. Dr. Pryor similarly trained in craniofacial and pediatric reconstructive surgery and spent the early years of his practice doing breast cancer reconstruction before gradually shifting toward aesthetic plastic surgery.
This background matters because proper explant surgery is not a simple procedure. A complete capsulectomy, which means removing the implant along with the entire scar capsule your body has formed around it, requires a level of skill and surgical precision that comes from extensive training in complex tissue work. Not every plastic surgeon performs explant surgery this way, and the difference in outcomes for patients can be significant.
Both surgeons shared a similar turning point in their careers. As they began seeing patients who were clearly suffering, women whose symptoms improved dramatically after implant removal, they each made the decision to stop placing implants altogether. Dr. Pryor stopped placing implants approximately seven to eight years ago. He described it simply: knowing what he knew about the potential for these devices to cause serious harm, informed consent alone was not enough justification for him to continue.
The Informed Consent Gap That Is Failing Patients
One of the most consistent themes in Dr. Pryor's experience is how often patients arrive having never been told fundamental facts about their implants. Most commonly, patients report they were never informed that breast implants are not lifetime devices. They were never told that implants typically need to be exchanged or removed after eight to ten years. And increasingly, patients report they were never told that breast implant illness is a recognized possibility.
This is not simply a physician oversight. The FDA currently requires plastic surgeons to discuss breast implant illness as part of the informed consent process. That requirement exists because the evidence supporting BII as a real clinical entity has grown substantially. As Dr. Pryor noted, there is significant international research, including important work published in journals like Nature, documenting and analyzing breast implant illness. The idea that this is not a real diagnosis or cannot be treated surgically is, in his words, completely absurd given the state of the current literature.
When patients are not given this information before surgery, they have no frame of reference when symptoms begin. They do not know to bring their implants up with their physician. They may not even recognize a connection. And when they do raise the possibility with a provider who is unfamiliar with BII, they are often told it is not real or redirected toward treatments for other conditions like autoimmune disease, fibromyalgia, or anxiety. This is what is sometimes called being gaslit, and it is one of the most frustrating realities in the breast implant illness space.
Biofilm: Why Standard Testing Has Been Missing the Problem
One of the more technical and important insights in this conversation involves the way infections are currently diagnosed and why standard laboratory methods are not capturing what is actually happening inside the capsule around breast implants.
Traditional infection diagnosis relies on culture and sensitivity testing, a method that identifies bacteria by growing colonies in a laboratory setting. The threshold used to define a positive infection, ten to the sixth bacteria per high-powered field, is derived from urinary tract infection studies conducted in the 1950s. Dr. Whitfield pointed out directly that he does not drive a car from 1950 or live in a home from 1950, and he does not think medical diagnosis should operate on those same outdated standards.
What both surgeons have observed, confirmed by emerging research, is that the bacteria associated with implant illness often exist in the form of biofilm. Biofilm is a community of bacteria that adheres to a surface and encases itself in a protective matrix. Biofilm bacteria do not grow well in standard culture conditions, which is why results routinely come back showing normal flora even when a patient's explanted capsule appears visibly infected, as Dr. Whitfield described observing firsthand when a capsule came off the implant covered in a slimy layer that was clearly not healthy tissue.
The solution Dr. Whitfield began using in 2019 is PCR testing, which stands for polymerase chain reaction. PCR detects DNA fragments from bacteria, whether those bacteria are alive or dead, making it far more sensitive than traditional culture. He described it as a crime scene analysis approach to understanding what has been living inside the capsule. His published data, along with research from scientists like Dr. Mehul Sena at Indiana University, has confirmed that bacteria including Staphylococcus epidermidis and Cutibacterium are commonly found in implant capsules even when standard culture suggests no infection. This work has received international recognition, including a commentary from researchers at the University of Michigan, which Dr. Pryor noted is notable given the historic academic rivalry between those institutions.
Understanding biofilm also helps explain why textured implants tend to produce more significant inflammatory responses than smooth implants. The textured surface has enormously more surface area for bacterial adhesion, and because the scar capsule that forms around any implant is not impervious, it allows continuous interaction between the biofilm and surrounding breast tissue. The result, over time, is a chronically stimulated immune response.
Cumulative Biotoxicity: It Is Not Just the Implants
An important shift in perspective that Dr. Pryor and Dr. Whitfield both emphasized is that breast implant illness is not simply caused by the implants in isolation. The implants exist within a broader environment of exposures that are affecting immune function and overall health. Dr. Pryor described this as cumulative biotoxicity, meaning the combined burden of environmental toxins, food quality issues, water quality, chemical exposures such as phthalates, glyphosate, and atrazine, along with infections and other stressors, all contribute to how any individual's body responds to a foreign device.
For a person with lower baseline toxic burden and a strong immune system, implants may not produce noticeable symptoms for many years, if ever. For a genetically susceptible individual who is already carrying a high toxic load, implants can become the tipping point that triggers a cascade of symptoms. This framing is important because it explains why not every woman with implants develops BII and why addressing only the implants without also addressing the overall health environment may limit recovery outcomes.
How the SHARP Framework Applies to This Discussion
Dr. Whitfield's SHARP program, which stands for Strategic Holistic Accelerated Recovery Program, addresses exactly the interconnected health factors discussed in this conversation. The SHARP approach focuses on preparation before surgical intervention, supporting immune function, identifying and reducing sources of toxicity, optimizing gut health, balancing hormones, and accelerating recovery after explant surgery.
In this conversation, Dr. Pryor reinforced several SHARP principles independently, including the role of environmental toxins in compromising immune response, the importance of sleep as the foundational pillar of health, and the value of hydration in supporting the lymphatic system's ability to clear toxins from the body. He also discussed the nine pillars of health outlined by Troy Casey, which include food, water, breath, thought, movement, sleep, stress, connection, and legacy, as a framework for sustainable lifestyle improvement.
The SHARP approach is designed to give patients more than a surgical intervention. It is a comprehensive framework for understanding what has been affecting their health and how to support the body's recovery in the most complete way possible.
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Natural Reconstruction After Explant: Setting Honest Expectations
Dr. Pryor and Dr. Whitfield also discussed options for women who want some form of breast restoration after removing their implants. The primary natural option discussed was fat transfer, a technique where the patient's own fat is harvested from one area of the body and transferred to the breasts.
Fat transfer is a legitimate reconstructive tool with a substantial track record. Dr. Whitfield has been performing fat transfers since approximately 2004. However, both surgeons emphasized that appropriate expectations are essential. Fat transfer is not a straight exchange for implants. Not all transferred fat survives, meaning some volume may be lost after the procedure. Women who had very little breast tissue before their augmentation may have limited donor fat available. And the final result will not replicate the shape or size created by an implant. Multiple procedures may sometimes be needed to achieve the best outcome.
For women who have had children and breastfed, the conversation may be more straightforward. Dr. Whitfield described what he calls a holistic mommy makeover, combining explant surgery with fat transfer and body contouring for women who are ready to undo augmentation in a natural way. For younger women with lower body fat and limited donor sites, the reconstruction conversation requires even more careful discussion about what is realistically achievable.
The Role of Mental Health and Body Perception
The conversation also touched on something that is not discussed nearly enough in the explant space: the emotional weight of this decision. Dr. Pryor noted that most women do not want to remove their implants from an aesthetic standpoint. Even when they feel unwell and recognize that their implants may be contributing to their symptoms, giving up a physical feature they have identified with for years is a significant psychological adjustment.
Both surgeons also raised the question of whether a formal body dysmorphic disorder assessment should be part of the pre-surgical evaluation for aesthetic procedures. Dr. Pryor described a spectrum rather than a binary, noting that experienced surgeons can often sense very quickly whether a patient has realistic expectations and whether a productive surgical relationship is likely. The foundation of that relationship, he said, is transparency, trust, and a genuine commitment to the patient's wellbeing, not just the surgical result.
Social media has significantly worsened the pressure on both patients and surgeons. Young people today are not only comparing themselves to peers but to filtered and curated images of influencers, some of whom are actively modeling recent augmentation procedures to millions of followers. Setting realistic expectations and having honest conversations about motivation is more important than ever.
What You Can Do Starting Now
If you suspect breast implant illness or have been dealing with unexplained symptoms, Dr. Pryor's practical recommendation is to start with the fundamentals of health. He highlighted three areas as foundational. Sleep must come first. Without adequate, restorative sleep, the immune system cannot function, recovery cannot happen, and every other health effort is undermined. Stress management is closely related, as chronic stress suppresses immune function and drives epigenetic changes that affect how the body responds to every stressor including implants. And hydration is something most people underestimate. The lymphatic system, which is one of the body's primary detox networks, depends on adequate water intake to move waste products and support immune function effectively.
Movement and nutrition round out the core lifestyle foundations. Both surgeons discussed how environmental toxins in food, including seed oils and chemical additives found even in health food stores, add to the cumulative toxic burden that can worsen symptoms.
A Note on Finding the Right Surgeon
Dr. Pryor's practice includes a dedicated patient resource at BII Centers of Excellence, with locations serving the Chicago and Palm Beach areas. Both Dr. Pryor and Dr. Whitfield emphasize that finding a surgeon who is experienced in en bloc capsulectomy, who uses advanced testing like PCR, and who approaches the patient as a whole person rather than just a surgical case makes a meaningful difference in outcome.
If you are not feeling well and your implants may be a contributing factor, you deserve a provider who will listen, take your symptoms seriously, and work with you toward a comprehensive plan for recovery.
Disclaimer: The content provided in this article is intended for educational and informational purposes only. It does not constitute medical advice, diagnosis, or treatment. Always consult a qualified healthcare provider before making any changes to your health regimen, supplements, or treatment plan. Results discussed are not guaranteed and individual outcomes will vary.
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