Conventional Lyme tests rely on the body’s immune response to detect infection, but Borrelia actively suppresses that very response and hides in protected areas of the body. As a result, many patients go undiagnosed.
Lyme disease (Borreliosis) is notoriously tricky to diagnose. Traditional testing relies on detecting antibodies, meaning early-stage or persistent infections can go undetected. Borrelia often circulates at very low levels and hides in tissues, making blood-based diagnostics unreliable, especially outside the acute phase.
Because antibody responses take time or may be blunted, patients may test negative despite ongoing infection. That’s why Galaxy’s antigen direct detection strategy bypasses those limitations.
The Lyme Borrelia urine antigen test uses proprietary Nanotrap® particles to isolate and concentrate the Borrelia OspA antigen.
Licensed via Ceres Nanosciences, this method boosts sensitivity by capturing the molecular signature of the pathogen from urine.
Because the test doesn’t depend on antibody response, it offers an advantage in detecting current presence of a pathogen even when bacterial loads are very low.
This makes Nanotrap® especially valuable in settings where standard testing fails or yields ambiguous results.
What Makes It Different:
This test offers clarity when serology is inconclusive and gives additional data for high-stakes clinical decisions.
Antibody-based methods rely on the immune system, they detect exposure, not current pathogen presence. In early disease or immunocompromised patients, those responses may not yet exist or may be suppressed.
Nanotrap® technology shifts the focus to pathogen antigen, revealing current presence of Lyme Borrelia rather than past immune memory. This distinction can mean earlier detection, better treatment decisions, and more confidence in complex cases.
Galaxy’s Nanotrap® test brings a much-needed tool to Lyme diagnostics. By detecting Borrelia antigen directly, providers gain real-time insight into current presence of a pathogen, not just immune history. This leads to more precise treatment decisions, especially in early or persistent cases where serology falls short.