Co-Morbid Conditions

Candida albicans is the most common type of yeast or fungus in the human gut; low levels are thought to be a normal or even beneficial part of the human microbiome. However, when triggered by long-term antibiotic use, stress, or poor diet, C. albicans can grow out of control and cause a wide range of physical and psychiatric symptoms.

Immune dysregulation refers to a breakdown or malfunction in the immune system's ability to properly regulate its responses, leading to either overactivity or underactivity. This can manifest in various ways, including autoimmune diseases, where the immune system attacks the body's own tissues, or increased susceptibility to infections due to an underactive immune system.  Immune dysregulation can also cause improper regulation of inflammatory responses: The immune system may overreact to certain stimuli, causing excessive inflammation, or it may fail to resolve inflammation appropriately.

Some people are more prone to immune dysregulation.  Some toxins and other environmental exposures, as well as tick-borne infections, can increase the likelihood of immune dysregulation. 

Lyme disease, caused by the bacterium Borrelia burgdorferi, triggers a significant inflammatory response in the body. This response is the root cause of many Lyme disease symptoms, both during the initial infection and in some cases, even after antibiotic treatment.  

How Inflammation Relates to Lyme Disease: 

• When Borrelia burgdorferi enters the body, the immune system initiates an inflammatory response to fight the bacteria. 

• The immune system produces signaling molecules called cytokines, particularly pro-inflammatory ones like IFN-γ and TNF-α, which contribute to inflammation. Excessive amounts of these cytokines can lead to various symptoms and potentially chronic inflammation. 

• While the immune response aims to eliminate the bacteria, the resulting inflammation can affect different parts of the body where the bacteria travel, such as joints, muscles, heart, and brain.  

Symptoms Linked to Lyme-Induced Inflammation: 

• Joint inflammation: Inflammation can cause swelling and pain in the knees and other joints. 

• Headaches and neck pain: Inflammation in the nervous system can lead to these symptoms. 

• Muscle and tendon pain: Widespread inflammation can affect these tissues. 

• Brain and spinal cord inflammation: This can cause neurological symptoms like confusion, memory issues, and even meningitis. 

• Fatigue and insomnia: The immune system's constant activity can lead to tiredness and sleep problems.  

Managing Inflammation in Lyme Disease: 

• Antibiotics will treat the bacterial infection itself, but do not directly alleviate the inflammation caused by the immune response.  Many antibiotics are also anti-inflammatory 

• Eating a diet rich in anti-inflammatory foods, such as fruits, vegetables, and foods high in omega-3 fatty acids, can help manage inflammation. Conversely, avoiding inflammatory foods like gluten, processed foods, sugar and dairy is beneficial for most individuals. 

• Certain supplements and herbs, like curcumin, Japanese knotweed, and Cat's Claw, have demonstrated anti-inflammatory properties that may help with Lyme-related inflammation. 

• Chronic stress can increase inflammation, so incorporating stress reduction techniques can be helpful. 

• Sufficient and quality sleep is essential for a healthy immune response and can aid in reducing inflammation.  

If you suspect you have Lyme disease or are experiencing persistent symptoms after treatment, it's crucial to consult with a Lyme literate healthcare professional for diagnosis and appropriate management. While managing inflammation is important, it's essential to address the underlying infection. 

Mast cells are specialized immune cells that serve as the body's first line of defense against pathogens and allergens. They release chemicals like histamine to trigger inflammatory responses that help fight infections and heal tissues.

Under normal circumstances, these cells play a crucial protective role by detecting threats and coordinating appropriate immune responses.

However, in mast cell activation syndrome (MCAS), these cells become hyperreactive and release excessive amounts of inflammatory mediators, leading to a wide range of symptoms including flushing, gastrointestinal issues, cardiovascular problems, and neurological symptoms.

Lyme disease and other tick-borne infections can trigger MCAS through multiple mechanisms:

• the chronic inflammatory state created by persistent bacterial infections can sensitize mast cells

• bacterial toxins and antigens can directly activate these cells

• tick-borne diseases can dysregulate the normal controls that keep mast cell activation in check, essentially turning the body's protective immune response into a source of ongoing systemic inflammation and symptoms.

Learn more at The Mast Cell Disease Society.

Mitochondria are the cellular powerhouses that convert nutrients into adenosine triphosphate (ATP), the energy currency that fuels virtually every biological process in the body, from muscle contraction to brain function.

When mitochondrial dysfunction occurs, cells cannot produce adequate energy, leading to fatigue, weakness, and impaired cellular repair mechanisms that affect multiple organ systems.

Lyme disease and other tick-borne infections can severely impact mitochondrial function through several pathways:

• bacterial toxins can directly damage mitochondrial membranes and enzymes.

• chronic inflammation diverts cellular resources away from energy production.

• some pathogens like Babesia can disrupt oxygen delivery to mitochondria.

Mitochondrial dysfunction becomes both a contributor to symptoms and a barrier to healing, creating a vicious cycle where the body lacks the energy needed for immune responses, detoxification, and tissue repair.

Patients often experience profound fatigue, exercise intolerance, cognitive dysfunction, and slow recovery times because their cells simply cannot generate sufficient energy to meet the demands of fighting infection and restoring health.  Mitochondrial support can be a critical component of comprehensive treatment approaches for tick-borne diseases.

Chronic Inflammatory Response Syndrome (CIRS), refers to a range of health problems that may arise from exposure to mold and the toxins (mycotoxins) it produces. Symptoms can vary greatly, from mild respiratory issues to more severe neurological and immune system dysfunctions.

Not all molds are dangerous, but certain mold species, commonly found in water damaged buildings, can produce mycotoxins. Many of the symptoms of mold toxicity are similar to those of Lyme and other tick-borne illnesses.  Symptoms can include fatigue, muscle aches and joint pain, brain fog, headaches, memory problems, and mood changes.  Due to certain genetic variations, people who are more susceptible to Lyme are often more susceptible to mold toxicity.  Testing involves looking for mycotoxins in the urine.  Treatment involves binders to pull the mycotoxins from the body.

The hallmark of PANS (Pediatric Acute-onset Neuropsychiatric Syndrome) is a sudden onset of neuropsychiatric symptoms particularly OCD or tics.  This condition can be triggered by a number of different pathogens including Lyme and tick-borne diseases.  When triggered by a strep infection, it is called PANDAS (Pediatric Autoimmune Neuropsychiatric Disorders Associated with Streptococcal infections). 

PANS/PANDAS occur due to a misdirected immune response that results in a new onset or worsening of OCD and/or restricted food intake, concurrently with two neuropsychiatric, cognitive, behavioral, or neurological symptoms. Symptoms can include OCD, tics, eating disorders, anxiety, changes in mood, and difficulties with motor skills or school performance.  For more information about PANS and PANDAS visit Aspire.care

Pyroluria is a disorder of hemoglobin synthesis.  Although there is controversy whether this disorder exists, some doctors believe Pyroluria occurs when people make too much kryptopyrrole (often called pyrroles) during hemoglobin synthesis.  This can occur for genetic reasons or during chronic infections such as Lyme disease.  The excess pyrroles bind B6 and zinc which are then excreted in the urine.  This can rapidly deplete the body of zinc and B6.  Zinc is important for the functioning of the blood brain barrier and the normal functioning of the immune system.  B6 is crucial in the manufacture of serotonin, dopamine and GABA.

According to Dr. Kaslow, symptoms of pyroluria include “poor stress control, nervousness, anxiety, mood swings, severe inner tension, episodic anger (an explosive temper), poor short-term memory and depression.”