Lyme disease Archives - Page 2 of 17 - Bay Area Lyme Foundation

A Foot-Tapper and Smile-Creator! Lyme Patient Releases New Jazz Album

By Bay Area Lyme Foundation

Bay Area Lyme Spotlight Series

“Every listen helps fund Lyme research.”

– Steve Ehrlich

Steve Ehrlich emigrated to the San Francisco Bay Area from South Africa in 1989. Chronic Lyme Disease cut short his career in the software industry, and he turned to writing music. He has released two contemporary jazz albums with his virtual band, The Inter Section. He spends his days on his sofa writing music with his doggie, Frankie, hitting play and paws when needed. The second jazz album is now available on all the streaming apps, and, like his first album, all the proceeds will be donated to Bay Area Lyme.

We Need a New Generation of Lyme Doctors: James Bruzzese, MD, is Leading the Way

By Bay Area Lyme Foundation

Bay Area Lyme Spotlights Series

“Some institutions are evolving in research and education, but it’s not translating to clinical practice.”

– James Bruzzese, MD

When James Bruzzese, MD, talks about Lyme disease, he doesn’t speak in abstractions. He speaks as a brother who watched his sister lose her ability to walk; a son who watched his father leave his job to become a full-time caregiver; and as a medical student who sat in lecture halls knowing that what was being taught about Lyme and tick-borne disease was grossly incomplete.

Now, as a young physician preparing to open a practice dedicated to treating Lyme and tick-borne disease patients in New York, James represents something the Lyme community urgently needs: a new generation of doctors who understand that Lyme is real, that patients deserve better, and that the status quo must be challenged.

“It Was Traumatic. We Thought We Might Lose Her.”

Bay Area Lyme Foundation Highlights Research Leadership and Momentum in Tick-Borne Disease, Names New Executive Director

By Bay Area Lyme Foundation

FOR IMMEDIATE RELEASE

Bay Area Lyme Foundation Highlights Research Leadership and Momentum in Tick-Borne Disease, Names New Executive Director

Milestones include FDA-cleared diagnostics enabled by Lyme Disease Biobank, the launch of Bay Area Lyme Ventures, and 10 years since Lyme Disease Biobank provided its first samples, advancing the field

PORTOLA VALLEY, Calif., February 11, 2026 –Bay Area Lyme Foundation, a national nonprofit and leading sponsor of tick-borne disease research, today reflected on concrete progress in 2025 that demonstrates the maturation of more than a decade of investment in diagnostics, therapeutics, and research infrastructure for Lyme and other tick-borne diseases. As Bay Area Lyme Foundation-supported programs advance towards being available for clinicians and patients, the organization announced David A. Walsey, JD, LLM, as Executive Director. He has extensive experience offering strategic guidance to life sciences companies and a personal connection to Lyme disease that will help guide the foundation’s next phase of scientific translation and organizational growth.

In 2025, Bay Area Lyme Foundation reached an important inflection point as new diagnostic tests enabled by the foundation’s Lyme Disease Biobank secured FDA clearance. These new tests highlight the potential to move from discovery-stage research toward tools that can meaningfully improve patient care. The organization also launched Bay Area Lyme Ventures, an investment arm designed to help promising diagnostics and therapeutics move more efficiently from the laboratory into real-world use, while also creating the opportunity for returns to support future Bay Area Lyme Foundation research. This progress underscores the importance of the more than $30 million in research Bay Area Lyme Foundation has invested at leading academic and medical institutions such as Stanford, Johns Hopkins, Tulane, and Duke. Research supported by the foundation has produced over 70 peer-reviewed scientific publications and sustained collaboration across top research centers nationwide.

A New Year Call to Action After December 15, 2025, HHS Roundtable

By Bay Area Lyme Foundation

Bay Area Lyme Spotlight Series

By Charlotte Mao, MD, MPH, Bay Area Lyme Foundation

“Chronic Lyme Disease patients have been ignored for too long. That must end now.”

– Charlotte Mao, MD, MPH

A Long-Overdue Moment of Recognition

Starting in 2026, Lyme disease and other tick-borne disease patients and their families have some reason to be encouraged by the growing recognition of the realities they face and the prospect of continued research to support new diagnostics and treatments.

The December 15, 2025, Department of Health and Human Services (HHS) roundtable marked something rare and long overdue: federal recognition of patient need, grounded in scientific evidence presented by researchers, clinicians, and patient advocates. But patients need more than another moment of recognition. They need results. In 2026, the question is whether that recognition will translate into sustained action, measurable progress, and real improvements in care.

Better Tests, Better Answers

By Bay Area Lyme Foundation

Bay Area Lyme Leading the Way Series

“The IGeneX test is far more sensitive than most commercially available tests for Lyme disease, detecting far more positive patients compared to standard two-tier ELISA or Western Blot tests,”

– Jyotsna Shah, PhD

Click here to watch or listen now

For people living with or who suspect Lyme disease, getting a clear diagnosis can feel like the hardest part. Symptoms often mimic those of other illnesses, and traditional tests miss many cases.

In this episode of Ticktective™, Dr. Jyotsna Shah, President and Laboratory Director of IGeneX, shares with our host, Dana Parish, how her team is changing that—and how Bay Area Lyme Foundation helped make it possible.

Dr. Shah explains how partnerships between innovative labs like IGenex, Bay Area Lyme Foundation, and our Lyme Disease Biobank are helping deliver faster, more accurate diagnostics—and new hope for patients who’ve struggled for years to find answers.

Ten Years of Data, One Clear Message: We Need to Do Better for Lyme Patients

By Bay Area Lyme Foundation

Bay Area Lyme Leading the Way Series

By Liz Horn, PhD, MBI, Principal Investigator, Lyme Disease Biobank

“The window for effective antibiotic treatment is narrow. Miss it—because of a false negative test, because symptoms are dismissed, or because follow-up doesn’t happen—and patients can develop persistent Lyme, which can be debilitating.”

– Dr. Liz Horn

After a decade of collecting blood samples, testing the samples, tracking patient outcomes, and analyzing data from more than 800 participants, the numbers tell a powerful story about the gaps in our understanding of how we diagnose and treat early Lyme disease. And it’s made all the more urgent by this summer’s explosion in blacklegged (deer) tick populations across endemic areas.

Our latest Lyme Disease Biobank study looked at more than 250 patients with early Lyme disease on Long Island and in Central Wisconsin who provided a blood draw at enrollment and a second blood draw three months later. Published recently in Frontiers in Medicine, these 10 years of data confirm a few important points that have been known in the Lyme field for years, but the wider medical community may not be aware of.

LymeLnk and Bay Area Lyme Foundation Partner to Bridge the Gap Between Research and Public Awareness

By Bay Area Lyme Foundation

Bay Area Lyme Leading the Way Series

“Science moves minds and stories move hearts. This partnership connects two essential parts of the Lyme ecosystem: the research that advances medicine and the communication that inspires action. Together, we’re making education and prevention more accessible.”

– Eva Scarano, Founder and Executive Director, LymeLnk

LymeLnk is a new nonprofit combating Lyme and tick-borne diseases (Lyme+) through community storytelling and education. Founded in 2024 at Parsons School of Design, LymeLnk was born out of founder Eva Scarano’s personal nine-year journey with Lyme+, during which she chose to create meaning from her isolated quest for health.

Eva’s Lyme+ journey began in 2016 with a textbook case: a bull’s-eye rash and flu-like symptoms. Among the fortunate few to receive a prompt diagnosis, she underwent three grueling months of antibiotics and supplemental treatment and was asymptomatic for two years. Everything changed in 2019 when she moved into a mold-infested apartment, triggering a collapse of her immune system—her Lyme markers were back and higher than ever. Years later, Eva had just begun graduate school at Parsons when she found herself at her “rock bottom.” Struggling to remember class material from the day prior or make it past 3:00 pm without a nap, she remained determined to continue her studies and reclaim her health.

Chronic Infections, Fertility, & Immunity: MIT Immunoengineer Makes Groundbreaking Lyme Discoveries

By Bay Area Lyme Foundation

Bay Area Lyme Spotlight Series

“There are significant increases after Lyme in fibroids and in endometriosis.”

– Michal Caspi Tal, PhD

Dancing Borrelia, Mikki Tal, PhD — *Borrelia burgdorferi* under attack from the immune system.

Imagine a world where Lyme disease isn’t something people fear, but something we actively prevent, or at least treat more precisely, especially for the many who suffer long after the tick bite. Dr. Michal “Mikki” Caspi Tal, immunoengineer and Associate Scientific Director at the MIT Center for Gynecology Pathology Research, is turning that possibility into reality. Her research isn’t just pushing boundaries, it’s rewriting the rules, especially in regards to women’s health.

“Nobody had looked…at what was happening to the uterus.”

– Michal Caspi Tal, PhD

Watching this incredible Ticktective™ interview with host Dana Parish is an absolute treasure trove of information—and if you or someone you know has ever wondered why some people recover from Lyme and others don’t, why symptoms linger, or why women disproportionately suffer, this is one of the most important conversations you’ll hear this year.

Click here to watch or listen now

Progress from Partnership: Reflections from the Frontlines

By Bay Area Lyme Foundation

Bay Area Lyme Leading the Way Series

Guest blog by Lyme Advocate, Meghan Bradshaw, Government Relations Manager, Center for Lyme Action

“Bay Area Lyme Foundation’s leadership, fundraising, and commitment to research and patient advocacy have been a bedrock.”

– Meghan Bradshaw

When I look back over the past few years, I’m struck by how much has changed—for me personally, and for the broader Lyme and tick-borne disease community. And perhaps most of all, I see how partnership and persistence have turned what once felt impossible into genuine progress.

Turning Pain into Purpose as a Living Donor

One of the most powerful examples of Bay Area Lyme’s impact is Lyme Disease Biobank—a groundbreaking resource that provides researchers with high-quality, well-characterized samples to accelerate discoveries in diagnostics and treatment.

I know firsthand what it means to contribute to that effort—with my own body. As a living donor, I’ve donated multiple joints to the Biobank following joint replacement surgeries. It was, without exaggeration, a painful process. But I did it because I believe in turning my suffering into solutions—knowing that those tissues may one day help someone else get diagnosed sooner or treated more effectively.

Journal of Clinical Microbiology Studies Demonstrate Two Investigational Diagnostics Outperform Current Tests in Detecting Early Lyme Disease

By Bay Area Lyme Foundation

FOR IMMEDIATE RELEASE

Journal of Clinical Microbiology Studies Demonstrate Two Investigational Diagnostics Outperform Current Tests in Detecting Early Lyme Disease

Studies utilize Bay Area Lyme Foundation’s Lyme Disease Biobank samples to point to the promise of single-tier diagnostics to potentially transform early detection

PORTOLA VALLEY, Calif., October 9, 2025 — Bay Area Lyme Foundation, the leading nonprofit funder of Lyme disease research in the US, today announced results from two independent studies published in Journal of Clinical Microbiology, conducted by researchers at Tufts University School of Medicine, and Kephera Diagnostics, respectively, demonstrating the potential of novel investigational single-tier Lyme disease tests to improve accuracy in the earliest stages of infection. Each study uses well-characterized samples from Bay Area Lyme Foundation’s Lyme Disease Biobank and demonstrated unprecedented accuracy, far exceeding the current CDC-recommended Lyme disease two-tier test, which can miss up to 70% of early-stage cases as well as later-stage cases.

“The CDC’s standard two-tier Lyme diagnostic misses the majority of early cases, delaying treatment and increasing the risk of developing persistent, debilitating symptoms for patients. The two novel single-tier assays—while not yet FDA-cleared for clinical use—point to a future where Lyme disease can be diagnosed quickly, accurately, and with a single test,” Liz Horn, PhD, MBI, a coauthor on both studies, and Principal Investigator of Lyme Disease Biobank, a Bay Area Lyme Foundation program that provides much-needed samples to approved researchers working to better understand tick-borne diseases and develop improved diagnostic tests and therapeutics. “These single tier tests, like InBios Lyme Detect™ and Kephera’s Hybrid Lyme ELISA could mark a turning point for Lyme diagnostics, giving physicians and patients more accurate tools that are urgently needed.”

The first study, evaluating the InBios Lyme Detect™ Multiplex ELISA, was conducted by Pete Gwynne, PhD, a 2022 Bay Area Lyme Emerging Leader Award (ELA) winner, and colleagues at Tufts University School of Medicine. Using samples from the Lyme Disease Biobank, this new diagnostic correctly identified all two-tier positive samples evaluated in the study, while also detecting 21 of 79 clinically diagnosed patients who were missed by following the current CDC guidance for testing using FDA-cleared standard two-tier tests (STTT) and had erythema migrans (EM) skin lesions. Importantly, the InBios test maintained >99% specificity, with only one false positive across more than 200 control and lookalike disease samples and was shown to be highly reproducible.