From Misdiagnosis to Mission: Revolutionizing Lyme Disease Testing
Darin Ingels, ND
Your Host
Nicole Bell
CEO of Galaxy Diagnostics
Overview:
In this powerful episode of Resilient Health Radio, Dr. Darin Ingels sits down with Nicole Bell, CEO of Galaxy Diagnostics, to discuss the critical failures in Lyme disease testing and the innovative solutions that are changing the landscape of tick-borne illness diagnosis.
Nicole’s Personal Story: Nicole shares how her MIT-educated husband was misdiagnosed with early-onset Alzheimer’s, only to later learn he was suffering from Lyme disease, Bartonella, and Babesia. After 15 months of searching for answers, her heartbreaking journey became a mission to improve tick-borne disease diagnosis.
What You’ll Learn:
Why Current Testing Fails:
Standard CDC antibody tests have only 40% sensitivity
Why antibodies can remain elevated for 20+ years after treatment
How immune suppression affects test accuracy
Revolutionary Testing Methods:
Urine antigen testing for Lyme disease detection
Digital PCR vs. conventional PCR (6x improvement in detection)
Why serial blood draws improve Bartonella detection
Co-Infections Matter:
Why Bartonella cycles in and out of the bloodstream
The discovery of “sequestering Babesia” in tissues
How misidentified Babesia species affect treatment outcomes
Key Insights:
Why Lyme disease is still a clinical diagnosis, not just a lab diagnosis
The connection between tick-borne infections and neurodegenerative diseases
How COVID research is finally validating infection-associated chronic illness
About Nicole Bell: Nicole Bell is the CEO of Galaxy Diagnostics with degrees from MIT and Duke. After losing her husband to undiagnosed tick-borne illness, she became a leading advocate in the Lyme disease space. She is the author of What Lurks in the Woods and works with organizations like the Center for Lyme Action.
Resources Mentioned:
Book: “What Lurks in the Woods” by Nicole Bell
Galaxy Diagnostics: www.galaxydx.com
State of Lyme Disease Research (Center for Lyme Action)

