Every few months, another alarming video lands in social media feeds, and this time it’s about mammograms. A woman with a large following and a well-lit kitchen stares into the camera and says she’s done her own research. Mammograms, she claims, are toxic. The radiation is dangerous, the compression spreads cancer, and the whole screening process is a money-making scheme designed to scare healthy women into unnecessary procedures. The video gets millions of views, thousands of comments from scared viewers, and countless shares from people who mean well but don’t have the medical training to separate fact from fear. For an oncology breast surgeon, these videos are more than frustrating—they are dangerous. In a recent conversation with WTKR, one such surgeon sat down to debunk the misinformation that has been spreading online, not with judgment but with patience and honesty. She understands why these myths are appealing: they offer women a sense of control in a world where breast cancer feels random and frightening. But she also knows that when women skip mammograms because of a viral post, they are making a decision based on fear rather than evidence, and that fear can have life-or-death consequences. Her goal is not to dismiss people’s concerns, but to walk through the facts calmly, compassionately, and clearly enough that women feel empowered to make choices grounded in science, not scare tactics.
The first myth the surgeon tackled is the one that seems to cause the most panic: the idea that the radiation from a mammogram can actually cause breast cancer. It is true that mammograms use X-rays, and it is true that radiation exposure is a risk factor for cancer at high doses. But the dose used in a mammogram is tiny. The surgeon explained that a standard two-view mammogram delivers about the same amount of radiation as a person would receive from natural background exposure over roughly seven weeks. To put it in even more relatable terms, it is similar to the radiation exposure of a cross-country airplane flight. The body’s cells are remarkably good at repairing this kind of low-level damage, and the risk of developing a new cancer from a mammogram is vanishingly small—far smaller than the risk of dying from a breast cancer that could have been caught early if the screening had been done. The surgeon also pointed out that women often misunderstand the difference between screening and treatment. A mammogram is not a treatment; it is a photograph of the breast tissue. It does not introduce anything into the body, and it does not cause cancer to spread. The myth that compression spreads cancer cells is another online invention. Compression is uncomfortable, yes, but it does not rupture tumors or push cancer cells into the bloodstream. In fact, compression is what makes the image clear enough to detect small abnormalities in the first place. Without firm pressure, the breast tissue overlaps and hides potential signs of cancer. The surgeon emphasized that if compression actually caused cancer to spread, we would see an epidemic of metastatic disease among screened women. We do not. We see the opposite: millions of women whose cancers were found early, when they were still tiny and curable, precisely because they had a mammogram.
The second myth is perhaps the most emotionally charged: that mammograms are unbearably painful, and that the pain is proof that the test is harmful or unnecessary. The surgeon did not minimize this fear. She acknowledged that mammograms are not a pleasant experience. The breast is compressed between two plates for a matter of seconds, and for women with dense breasts, fibrocystic tissue, or sensitivity around their periods, it can genuinely hurt. But she pushed back on the idea that pain equals danger. Compression is brief, and the technologist controls the pressure, which can be adjusted if a woman says she is in too much discomfort. She advised women to schedule their mammograms for the week after their period, when breasts are less tender, and to tell the technologist if they are nervous. She also recommended taking an over-the-counter pain reliever an hour before the appointment if approved by a doctor. More importantly, she reframed the discomfort as a few seconds of temporary inconvenience that could save a life. The real pain, she said, is the pain of a late-stage cancer diagnosis—the surgery, the chemotherapy, the radiation, the fear, the loss. She shared a story of a patient in her early forties who almost skipped her mammogram because she had seen a TikTok about how painful it was. The patient finally came in, winced during the compression, and then received a call a few days later that something suspicious had been found. A biopsy revealed an early-stage, highly treatable cancer. She had surgery, recovered, and now tells everyone she knows that those thirty seconds of discomfort were the best thirty seconds of her life. The surgeon used that story to make a larger point: discomfort is not the same as harm, and avoiding a brief moment of physical unease is not worth the risk of missing a cancer that could grow and spread while you wait for symptoms to appear.
The third myth involves the fear of false positives and overdiagnosis. Online critics love to point out that mammograms are not perfect. They recall women who were called back for additional imaging and then told everything was fine. They talk about women who were diagnosed with a form of breast cancer that might never have caused symptoms, and then received aggressive treatment that they didn’t need. The surgeon agreed that these are real limitations, and she did not try to hide them. Yes, mammograms can produce false alarms. Yes, a woman may be called back for a second look that turns out to be nothing. Yes, there is something called overdiagnosis, where a mammogram finds a cancer that would not have become life-threatening. But she urged women to look at the bigger picture. For every woman who experiences a temporary false alarm, there is another woman whose life is saved because a mammogram found a real cancer early. And for every overdiagnosed cancer, there are many more cancers that, if left undetected, would have advanced to a point where treatment was much harder and survival much less likely. The surgeon also clarified what actually happens after a mammogram finding. A suspicious spot does not automatically mean a biopsy, and a biopsy does not automatically mean surgery. It means additional imaging, perhaps an ultrasound, perhaps a needle biopsy, and a careful conversation with a specialist. The process is designed to be cautious, not aggressive. She acknowledged that the emotional toll of a false alarm is real, and she did not dismiss it as trivial. But she argued that the anxiety of a few days or weeks is not comparable to the grief of a late-stage diagnosis. She also noted that overdiagnosis is not a reason to abandon screening altogether. It is a reason to refine screening, to talk to your doctor about your individual risk, and to make sure that when cancer is found, it is treated appropriately. But telling all women to skip mammograms because some cancers are overdiagnosed is like telling everyone to stop wearing seatbelts because a few people have been bruised by airbags. The protection they offer on a population level is undeniable, and the surgeon’s tone made it clear that she would rather investigate a suspicious finding than explain to a family why their mother’s cancer was found too late.
The fourth myth the surgeon addressed is the growing popularity of alternative screening methods, especially thermography. Thermography uses infrared cameras to measure temperature differences in the breast, based on the theory that cancer cells produce more heat. It sounds high-tech and non-invasive, and it has become a favorite among wellness influencers who sell a narrative of natural, radiation-free health care. But the surgeon was blunt: thermography is not an effective screening tool for breast cancer. It cannot see the actual tumor. It only detects surface temperature, and many cancers do not produce a measurable heat difference. By the time a cancer is large or aggressive enough to create a noticeable thermal signal, it may already be at a stage that is far harder to treat. The American College of Radiology and the American Society of Breast Surgeons do not recommend thermography as a substitute for mammography, and no major medical organization endorses it for breast cancer screening. The surgeon explained that thermography may have a role as an adjunct in certain research settings, but it is not proven to reduce breast cancer deaths. She also addressed the myth that self-exams are enough. She encouraged women to know their bodies and report changes to their doctors, but she was careful to say that self-exams do not detect cancer early enough on their own. By the time a woman can feel a lump, the cancer has often been growing for years. Mammography can find microcalcifications and small masses that are invisible to the human hand. For women with dense breasts, she recommended talking to a doctor about 3D mammography, or tomosynthesis, which takes multiple images and allows radiologists to see through layers of tissue more clearly. She also mentioned that women at very high risk due to genetic mutations or family history may need MRI screening in addition to mammography, but she stressed that these are decisions to make with a doctor, not based on a Facebook post. The underlying message was simple: there is no perfect screening tool, but mammography is the best one we have, and abandoning it in favor of unproven alternatives is like throwing away a map and hoping you guess the right direction.
In the end, the surgeon’s conversation was not just about debunking myths. It was about humanizing the reality of breast cancer screening. She spoke about the fear in women’s eyes when they sit in her office, the trembling hands of a daughter who has brought her mother, the tears of relief when a biopsy comes back benign, and the quiet devastation when it does not. She talked about the women in underserved communities who have less access to screening, and how misinformation spreads fastest in those same communities, where distrust of the medical system is already high. She said that she does not blame women for believing what they see online. The algorithm rewards fear, and a video that screams about radiation poisoning is more likely to go viral than one that calmly explains the statistics. But she asked women to be skeptical of the skeptics. If someone tells you that a test that has saved millions of lives is actually a conspiracy, ask them for evidence. Ask them where their information comes from. Ask them if they have ever watched a woman die from breast cancer that could have been caught early. She also reminded women that screening is not a one-size-fits-all decision. It is a conversation between a patient and her doctor, based on her age, her family history, her breast density, and her own values. But the decision should be made with accurate information, not with fear. She closed with a message that was both simple and profound: a mammogram is not a punishment, not a scam, not a weapon of the medical-industrial complex. It is a tool. It is a gift you give yourself. It is a few uncomfortable minutes that can give you years of tomorrows. The next time you see a viral video telling you to skip your mammogram, she said, remember the women who are alive today because they did not skip it. Remember the mothers who walked their daughters down the aisle, the grandmothers who held their grandchildren, the friends who are still here to laugh and argue and love. The misinformation online will always be there, but so will the truth. And the truth is that early detection saves lives, one breast at a time, one woman at a time, one appointment at a time.