Model's Foot Cut Led to Heart Surgery, Baby Loss—Now Advocating for Better Diagnostics

In June 2025, Leah Ramsey was cleaning up broken glass in her Austin home when a sliver wedged itself into the top of her left foot. She didn't notice it was there. Days later, when she scratched the spot, the glass came out—but by then, infection had already taken hold. What followed was a cascade of medical failures, a rare and life-threatening heart condition, emergency surgery while pregnant, and the loss of her baby girl.

The initial injury seemed minor. Cellulitis developed, an abscess formed, and Ramsey was treated with antibiotics in urgent care. The wound healed. She thought it was over. But over the following months, her body began to betray her in ways that no one—not even the doctors she saw repeatedly—could explain. Flu-like symptoms arrived. Extreme fatigue set in. When she discovered she was pregnant in October during a visit to Australia, she assumed her exhaustion and night sweats were simply the burden of pregnancy. Dizziness came next, then blackouts. "When it started to happen quite frequently, I knew something was seriously wrong with me," she said.

What was actually happening was invisible and deadly. The bacteria that had entered through that tiny cut—streptococcus sanguinis, a microorganism commonly found in the mouth—had traveled into her bloodstream and made its way to her heart. There, it attached itself to her mitral valve and began to grow, forming what doctors call a vegetation. A piece of this growth eventually broke free and lodged in an artery in her leg, causing a blockage that sent her to emergency surgery. It was only then that the pieces began to fit together. An echocardiogram revealed endocarditis: a rare, life-threatening inflammation of the heart's inner lining caused by bacterial infection.

She needed open-heart surgery to replace the damaged valve. The timing was catastrophic—she was pregnant. Doctors were astonished when she chose a biological valve made from animal tissue rather than a mechanical one, a decision made to protect her pregnancy. The surgery happened in February. Recovery was brutal. "I had to learn to breathe again, I had to learn to talk again," she said. Doctors were "extremely surprised" the pregnancy had survived the procedures at all. But Ramsey knew the odds were against her baby.

In June, she lost her daughter. She and her husband named her Rowe. "The strongest little girl we will never get to know," Ramsey wrote on Instagram. "You made it through infections and multiple surgeries, even when the odds were against you. But it just wasn't your time."

What makes Ramsey's story a matter of public health is not just the tragedy, but the preventable nature of the diagnosis delay. For three months while she was in Australia, she saw her local GP twice a week. Blood tests showed her inflammatory markers—specifically CRP, a protein that rises with inflammation—climbing steadily. She had fever, night sweats, fatigue, joint pain, dizziness, blackouts, nausea. The warning signs were there in her blood work, visible and measurable. Not once in those three months was a blood culture ordered. A blood culture is a basic, inexpensive diagnostic test. It is not new technology. It is a standard step that, in her case, was never taken.

Now Ramsey is channeling her grief into advocacy. She has started a petition demanding that blood cultures be mandated whenever inflammatory markers are elevated without an identified source. She is speaking publicly about her experience, hoping that her story will reach patients and doctors alike—that it will remind people to trust their instincts, to push back when something doesn't feel right, to demand answers. Since she went public, others have reached out with similar stories of misdiagnosis and delayed care. "I just would hate for anyone to ever have to experience what I went through," she said. Her recovery changes day to day, but she remains focused on ensuring that the next person with unexplained inflammation in their blood gets the test that might save their life—and their baby.