Contact us at 914-666-4665

Lyme Science Blog

Dr. Daniel Cameron, MD, MPH, is a nationally recognized leader for his expertise in the diagnosis and treatment of Lyme disease and other tick-borne illnesses. His weekly Lyme Disease Science blog features articles covering the latest research, insights and case reviews.

Lyme Science Blog

Unexpected Relief from Allodynia: Lyme Disease Treatment Worked!

Allodynia is a neurological condition where non-painful stimuli—like a breeze, the pressure of clothing, or even light touch—cause pain. It’s
Lyme Science Blog

Could Lyme Disease Be Wrecking Your Gut Without You Knowing It?

Have you ever felt like your gut was in chaos—like nothing you eat sits right, no doctor can find a
Lyme Science Blog

Why Are Ticks So Hated?

A Closer Look at Nature’s Most Unwelcome Parasites They’re small, stealthy, and surprisingly dangerous. Ticks have long held a place
Lyme Science Blog

He Had POTS—But It Was Lyme disease Too

The Symptoms Seemed to Fit Dizzy when standing. A racing heart. Constant fatigue.The diagnosis? POTS—Postural Orthostatic Tachycardia Syndrome. My patient
Lyme Science Blog

Who Are Ticks Attracted To?

It’s a warm day, you’ve been hiking, gardening, or walking the dog—and later that evening, you find a tick. Sound
Lyme Science Blog

What if a patient with Guillain-Barré doesn’t have an autoimmune issue – but Lyme disease?

In a letter to the editor published in the Annals of Indian Academy of Neurology, Varma SY and colleagues¹ describe
Lyme Science Blog

When Lyme Treatment Fails: Could It Be Babesia?

Babesia is increasingly recognized as a serious and sometimes overlooked tick-borne infection. While many patients and providers are aware of
Lyme Science Blog

Can You Get Lyme Disease Without a Tick Bite?

Can You Get Lyme Disease Without a Tick Bite? Yes, it’s possible to have Lyme disease without ever recalling a
Lyme Science Blog

One Unit of Blood Led to a Babesia Infection

When we think of tick-borne illnesses like Babesia, we often picture outdoor exposure in wooded, high-risk areas. But what happens