Bay Area Lyme Foundation Selects National Winners of the 2022 Emerging Leader Awards Aimed at Making Lyme Disease Easy to Diagnose and Simple to Cure

2021 Emerging Leader Awards

FOR IMMEDIATE RELEASE

Bay Area Lyme Foundation Selects National Winners of the 2022 Emerging Leader Awards Aimed at Making Lyme Disease Easy to Diagnose and Simple to Cure

Winners Nichole Pedowitz PhD, of Stanford University and Peter Gwynne PhD, of Tufts University will focus on developing novel diagnostic tests that can identify patients with Lyme disease

PORTOLA VALLEY, Calif., August 9, 2022—Bay Area Lyme Foundation, a leading sponsor of Lyme disease research in the US, announces the recipients of the 2022 Emerging Leader Awards (ELA), which are designed to support promising scientists who are advancing development of accurate and effective diagnostic tests. Both awardees this year are focused on diagnostics, which is particularly important as the current gold standard diagnostic test has been shown to be insensitive in up to 60% of early-stage disease. 

This year’s winners are Nichole Pedowitz, PhD, of Stanford University, who will receive $100,000 for her work to develop a new rapid diagnostic to directly test for the bacteria that causes Lyme disease and Peter Gwynne, PhD, of Tufts University, who will receive $100,000 to further identify antibodies which may be markers of persistent Lyme disease infection.

“The lack of a reliable test for Lyme disease makes it not only impossible to ensure that patients receive prompt, appropriate care but also challenging for scientists and clinicians to evaluate emerging treatments,” said Linda Giampa, executive director, Bay Area Lyme Foundation. “Our hope is that Drs. Pedowitz and Gwynne will make strides toward the development of diagnostic tests that will be effective in identifying Lyme patients at various stages of the disease.”

Growing Together Through Strategic Partnership

Bay Area Lyme and Project Lyme partner for the 2018 Gala

Bay Area Lyme New Chapters Series

 

The natural law of things is that when there is a vacuum energy moves into that space to fill it up. The vacuum is then no longer a space or hole, it’s a place or an entity where energies from different locations come together and create new things.

So it is with the Lyme disease community: there are multiple nonprofit organizations across the country that have been founded to tackle complex issues in Lyme and tick-borne diseases, and as a result many people with Lyme—and their families—have stepped up to fill a vacuum and taken matters into their own hands.

Dr Neil Spector
Dr. Neil Spector presenting at the 2018 NYC Gala benefitting Project Lyme and Bay Area Lyme Foundation

In the Lyme disease ecosphere—just as in life—we are stronger, more effective, and more impactful when we join together and pull in the same direction, rather than fragmenting our efforts and competing for resources and attention. This was the simple conclusion that Bay Area Lyme Foundation and Project Lyme came to back in 2018, and the two foundations’ partnership has subsequently gone from strength to strength.

“Bay Area Lyme was looking for an East Coast partner to extend our organizational profile and boost our fundraising footprint in a collaborative spirit,” comments Linda Giampa, executive director of Bay Area Lyme Foundation. “We had a solid network back east and had conducted a number of speaker events in New York City. We thought that joining forces with the right East Coast group could provide us with important connections, amplify our fundraising, and raise our profile nationally.”

Patient Samples Fuel Development of Innovative Test to Diagnose Early Lyme Disease

Lyme Disease Biobank

BAL Leading the Way Series

 

Lyme Disease Biobank

 

A new type of Lyme disease test aimed at early-stage infection detection is hitting doctors’ offices, and we all should thank Lyme patients for making this happen. This test named T-Detect Lyme, was recently unveiled by Adaptive Biotechnologies, and is an advanced indirect-detection blood test that allows for detection of an acute Lyme infection earlier than antibody response tests.

Adaptive Biotechnologies using Lyme Disease Biobank samples
Courtesy Adaptive Biotechnologies

Our Lyme Disease Biobank (LDB) and Dr. John Aucott’s SLICE Lab at Johns Hopkins University provided the Lyme patient blood samples for Adaptive’s new T-Detect Lyme test development. The LDB, a program of Bay Area Lyme, was created in 2014 and began collecting patient samples in 2015 specifically to drive this form of diagnostic innovation. By engaging Lyme patients and providing well-characterized samples to approved researchers and partnering with innovative organizations like Adaptive, the LDB research engine is now delivering long-planned-for results.

“This breakthrough from Adaptive validates the power of patient-driven research. Without the participation of patients who gave blood to our Lyme Disease Biobank, this impactful new test could not have been developed,” commented Linda Giampa, executive director, Bay Area Lyme Foundation. “We wish to thank all the patients who came forward to participate in this important program and to encourage others to give samples.”

Ticktective: A Straight-Forward Explanation of the Complications with Lyme Diagnostics and a Potential New Direct Detection Test

Ticktective Podcasts

Brandon Jutras, PhD

Dr. Brandon Jutras is an assistant professor in the Department of Biochemistry at Virginia Tech whose recent diagnostic project on Borrelia’s peptidoglycans was selected for a Bay Area Lyme Foundation 2021 Emerging Leader Award. With over 25 peer reviewed publications in many of science’s top journals, Dr. Jutras is an expert in explaining existing and potential Lyme diagnostics. Ticktective Video and Podcast Editor: Kiva Schweig.

Fueling the Research Engine

Lyme Disease Biobank

BAL Leading the Way Series

 

How a chance meeting and the harnessing of big data led to a research initiative that’s finding answers in Lyme and tick-borne disease

Many different groups comprise the Lyme disease community including patients, their families, healthcare providers, researchers and nonprofit organizations. These nonprofit organizations and foundations may differ in size, structure, fiscal basis, focus and approach, but in one important aspect they are united: the search for answers.

This search for answers in the realm of Lyme and tick-borne diseases has served as a unifying driver, even when dissent and controversy has sometimes fragmented the Lyme community.  And despite what seems to be a constant uphill battle for recognition and legitimacy of Lyme and tick-borne infections, many believe that we’re on the brink of major breakthroughs to help patients and doctors unlock the medical mysteries that make these infectious diseases so confounding. Two people cautiously optimistic about where we are in the search for answers about Lyme are Liz Horn, PhD, MBI, Principal Investigator, Lyme Disease Biobank, and Lorraine Johnson, JD, MBA, Chief Executive Officer, LymeDisease.org and Principal Investigator MyLymeData.

Ticktective: Why Classic Medicine Does Not Work for Complex Chronic Illness Such as Alzheimer’s Disease and Tick-Borne Disease

Ticktective Podcasts

Dale Bredesen, MD

Dale Bredesen, MD is the author of the New York Times‘ bestseller, “The End of Alzheimer’s” as well as “The First Survivors of Alzheimer’s”. He has held faculty positions at UCSF, UCLA, and UCSD. Dr. Bredesen directed the Program on Aging at the Burnham Institute before joining the Buck Institute in 1998 as the founding President and CEO. Dr. Bredesen has published many scientific journal articles and holds over thirty patents. NOTE: there were technical difficulties with the video recording so the video does not switch between interviewer and interviewee. Ticktective Video and Podcast Editor: Kiva Schweig.

Bay Area Lyme Partners with Junior Golf Associations to Educate Thousands of Young Golfers about Tick Bite Prevention

Golfers are at high risk for Lyme disease

BAL Happenings Series

 

Promoting tick bite prevention and educating everyone about the serious health impacts of tick-borne diseases has been a consistent objective for Bay Area Lyme Foundation. After all, although the foundation’s mission is to make Lyme disease easy to diagnose and simply to cure, it would be so much better if nobody ever got bitten by an infected tick in the first place. But as ticks continue to proliferate and the number of people impacted by Lyme and tick-borne diseases grows, the need for tick bite prevention and education escalates accordingly. That’s why the foundation is excited about its three-year partnership with the American Junior Golf Association (AJGA), and an upcoming announcement with PGAJR, as they provide an unprecedented opportunity to reach thousands of young athletes and their families.

But why are golf courses high risk locations for tick bites? After all, the fairways are mown regularly, and golfers are typically walking around on grass that is short and frequently tended. Surely hiking, mountain biking and running in areas where trails are overgrown and you’re outside at times when infected ticks are most active would be higher risk?

The Future of Lyme Diagnostics: How Wearable Technology May Lead to Fast, Accurate and Reliable Lyme Disease Detection

Mike Snyder PhD Wearables Project

BAL Leading the Way Series

 

Remember when we used to watch Captain Kirk talk into his chirping communicator and order Scotty to beam him up? And what about that handy medical scanner the size of a pack of cards that Dr. McCoy waved around to assess and diagnose his patients in the starship’s sick bay? We may now all have smartphones to stay in constant touch with each other, but outside of a state-of-the-art hospital with multi-million-dollar scanners and MRI machines, we are still some years away from the Star Fleet’s instantaneous medical technology, right? 

Wrong.

Advances in our ability to gather real-time information on the human body are poised to revolutionize not just how we diagnose diseases, but make dramatic, life-altering, positive impacts on the critical timeline for diagnosis and treatment by detecting a disease event before symptoms occur. And Bay Area Lyme is leading the way by investing in research that will further illuminate our understanding of how—in real time—a Lyme infection impacts the human body through the data collected by wearable technologies.

Bay Area Lyme Foundation Funds $8M in Tick-borne Disease Research During the Pandemic

Bay Area Lyme Foundation Funds $8M in Tick-borne Disease Research During the Pandemic

FOR IMMEDIATE RELEASE

Bay Area Lyme Foundation Funds $8M in Tick-borne Disease Research During the Pandemic

Foundation Embraces National Focus on Infectious Diseases as Education Tool

PORTOLA VALLEY, CA, January 25, 2021—Bay Area Lyme Foundation, a leading sponsor of Lyme disease research in the US, today announced that the organization has raised more than $8 million since the beginning of the pandemic of which 100% will be used directly for research and education programs focused on achieving its mission of making Lyme disease easy to diagnose and simple to cure. In 2022, Bay Area Lyme will mark its 10th anniversary, and throughout this year will be reflecting on a decade of achievements by the foundation and the Lyme community while acknowledging the significant challenges that still lie ahead. 

“Although the pandemic presented us with many extraordinary hurdles, it also helped people understand the complicated aspects of infectious diseases—including the importance of accurate diagnostics, the role of antibodies, and the power of effective treatments—all of which are—and continue to be—huge factors in our fight against Lyme and tick-borne diseases,” said Linda Giampa, executive director, Bay Area Lyme Foundation. “The similarities between Lyme and COVID-19 clearly show the critical nature of scientific pursuit, progress and education. The foundation demonstrates consistent, measurable progress unlocking the mysteries of tick-borne diseases, which remain one of the most important health crises of our time.”

Lyme With a Side—or Two—of Babesia: The Most Common Co-Infection that is Frequently Missed

Babesia parasites inside red blood cell

Written by: Wendy Adams, Research Grant Director & Advisory Board Member, Bay Area Lyme Foundation

Unless you’ve been living under a rock for the last few years, you’ll have learned that tick-borne diseases are on the rise across the United States. Many theories exist as to why this is the case. However, most scientists that study ticks and their habitats agree that a combination of reasons—including climate change and human encroachment into tick habitats—are at least partially to blame.

Although Lyme disease (caused by the bacterium Borrelia burgdorferi) is the most common disease that humans acquire from tick bites, ticks can unfortunately transmit several other bacteria, viruses, and parasites to humans. Multiple infections can even be transmitted during the same bite. The confusing and overlapping disease symptoms caused by multiple infections makes it extremely difficult for doctors to recognize, diagnose and treat the different infections.