Lyme Disease Treatment

At Mahakala Center, one of our key specializations is the natural diagnosis and treatment of Lyme Disease. As one of the leading clinics in Germany for Lyme Disease care, we have successfully diagnosed and treated hundreds of patients. This journey began in 2008 when my son was misdiagnosed with chronic fatigue and depression by numerous doctors. Determined to uncover the root cause, I conducted alternative examinations and diagnostics at my clinic, which revealed that he was suffering from Lyme Disease. This discovery led me to test all my patients, and I was shocked to find how widespread this condition was.

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what cuases lyme disease

Lyme Disease is the most common tick-borne illness in Europe and North America, caused by four main species of Borrelia bacteria, which are spirochetes. In the United States, Borrelia burgdorferi and Borrelia mayonii are the primary culprits, while Borrelia afzelii and Borrelia garinii are prevalent in Europe and Asia.

This disease often leads to neurological, neurocognitive, and orthopedic complications, such as arthritis, which are relatively straightforward to treat with early detection. However, co-infections frequently occurring alongside Borrelia pose a greater challenge due to their complexity.

Diagnosis for Lyme Disease?

At Mahakala Center, we specialize in diagnosing and treating Lyme disease using a combination of antibody tests, LTT Borrelia in lymphocytes, and dark field microscopy. We emphasize accurate diagnosis through thorough testing, considering both symptoms and medical history. While Lyme disease can cause neurological, cognitive, and orthopedic issues, co-infections often pose more challenges. Misdiagnosis is common, leading to unnecessary treatments, and Lyme can be mistaken for conditions like multiple sclerosis or chronic fatigue syndrome. Accurate diagnosis is key to ensuring effective treatment and avoiding serious complications.

Treatment of Lyme Disease

Acute Lyme Disease Treatment

In the treatment of acute Lyme disease, we recommend Doxycycline combined with herbal extracts. However, if a patient prefers not to use Doxycycline, we are fully capable of treating with herbal extracts alone. Since Doxycycline can disrupt the microbiome, we also recommend probiotics to mitigate its side effects. We weigh the benefits of Doxycycline’s effectiveness against Borrelia with the potential side effects, which are generally minimal but should still be considered. In early stages of Lyme, a 14-day course of 200 milligrams of oral Doxycycline per day has been shown to be effective.

At Mahakala Center, we specialize in treating chronic Lyme disease through a comprehensive and multi-step approach. Our treatment begins with IHT (Intermittent Hypoxic Training) to help improve cellular function and stimulate the body’s natural healing processes. We combine this with detoxification techniques to support the body in eliminating toxins and reducing inflammation, creating an optimal environment for recovery.

For chronic Lyme disease, we utilize Disulfiram, a powerful tool in eradicating Borrelia, the bacteria responsible for Lyme disease. Disulfiram works by interfering with the bacteria’s ability to metabolize essential compounds, causing it to die off. This is especially important for chronic Lyme, as Borrelia is known for evading the immune system and hiding in deeper tissues. By directly targeting these bacteria, Disulfiram plays a crucial role in managing long-term infection.

Disulfiram is particularly effective because it is the only known treatment that can fully eliminate the bacteria that cause chronic Lyme disease, ensuring that the infection is cleared from the body, even in its most dormant or resistant forms. This is a key advantage, as traditional treatments may fail to completely eradicate the bacteria, leaving the infection to recur. We ensure this treatment is supported by detoxification protocols to minimize side effects and improve efficacy, offering a comprehensive solution for long-term Lyme disease recovery.

Acute Lyme Disease Treatment

In the treatment of acute Lyme disease, we recommend Doxycycline combined with herbal extracts. However, if a patient prefers not to use Doxycycline, we are fully capable of treating with herbal extracts alone. Since Doxycycline can disrupt the microbiome, we also recommend probiotics to mitigate its side effects. We weigh the benefits of Doxycycline’s effectiveness against Borrelia with the potential side effects, which are generally minimal but should still be considered. In early stages of Lyme, a 14-day course of 200 milligrams of oral Doxycycline per day has been shown to be effective.

At Mahakala Center, we specialize in treating chronic Lyme disease through a comprehensive and multi-step approach. Our treatment begins with IHT (Intermittent Hypoxic Training) to help improve cellular function and stimulate the body’s natural healing processes. We combine this with detoxification techniques to support the body in eliminating toxins and reducing inflammation, creating an optimal environment for recovery.

For chronic Lyme disease, we utilize Disulfiram, a powerful tool in eradicating Borrelia, the bacteria responsible for Lyme disease. Disulfiram works by interfering with the bacteria’s ability to metabolize essential compounds, causing it to die off. This is especially important for chronic Lyme, as Borrelia is known for evading the immune system and hiding in deeper tissues. By directly targeting these bacteria, Disulfiram plays a crucial role in managing long-term infection.

Disulfiram is particularly effective because it is the only known treatment that can fully eliminate the bacteria that cause chronic Lyme disease, ensuring that the infection is cleared from the body, even in its most dormant or resistant forms. This is a key advantage, as traditional treatments may fail to completely eradicate the bacteria, leaving the infection to recur. We ensure this treatment is supported by detoxification protocols to minimize side effects and improve efficacy, offering a comprehensive solution for long-term Lyme disease recovery.

lyme disease accurs in three stages

1. Early Localized Disease - Erythema Migrans (EM)

In the first stage of Lyme disease, Erythema Migrans (EM) typically appears as a skin rash, which we at treat with Doxycycline. Known for its anti-aging and longevity benefits, Doxycycline is one of the most effective antibiotics for this stage of the disease.

For a rash to be classified as EM, it must have a diameter of at least 5 centimeters. Smaller reactions at the tick bite site are generally local and not indicative of an infection. In rare cases, flu-like symptoms and neck stiffness (meningism) may occur. Neurological issues are unlikely in the first stage, though symptoms like headaches, muscle aches, and fever—sometimes with EM, sometimes without—may manifest.

At this stage, blood tests may show negative antibody titers, so the diagnosis is primarily based on the clinical presentation and the patient’s history of tick exposure.

In the second stage of Lyme disease, the infection can spread, affecting the nervous system, joints, heart, and skin. Common symptoms include:

  • Painful meningoradiculitis or Garin-Bujadoux-Bannwarth syndrome (GBBS)
  • Cranial mono- and polyneuritis
  • Meningitis, myelitis, and encephalitis

Painful meningoradiculitis typically occurs within four months of a tick bite, with symptoms like shifting pain, weakness, and neck stiffness. CSF analysis shows elevated white blood cells and protein. This stage is most common in late spring through early fall.

Bell’s palsy (facial paralysis) can occur in 14-24% of adults and up to 75% of children. The prognosis is generally good.

In the third stage of Lyme disease, symptoms may appear without the patient recalling the tick bite or earlier stages. This stage includes neurological, rheumatological, and dermatological issues, such as Acrodermatitis chronica atrophicans (ACA). Symptoms can include progressive encephalomyelitis, encephalopathy, neuropathy (with or without ACA), dementia, and myositis.

Encephalomyelitis causes spastic paresis, ataxia, cranial nerve damage, and urinary issues. Cerebrospinal fluid may show increased protein levels and intrathecal immunoglobulin production. Patients may experience fatigue, memory loss, headaches, confusion, and depression. MRI may reveal mild brain white matter damage, and specific antibodies to Borrelia may be present in the central nervous system in some cases.

Neuropathy with ACA leads to reduced reflexes, weakness, numbness, pain, and muscle cramps. Late-stage Lyme disease can be difficult to diagnose and often mimics other neurological disorders.

coinfections in borreliosis

Chlamydia pneumonie

Chlamydia pneumoniae is primarily found in the lungs and airways, where it initially causes symptoms such as sinus infections. In the later stages, as indicated by laboratory results, the infection can spread to the muscles, particularly the skeletal muscles, as well as the joints and nervous system. Chronic or long-standing Chlamydia pneumoniae infections may require targeted treatment. Research has also shown that Chlamydia pneumoniae plays a role in the development of arteriosclerosis.

Yersinia pathogens are found in raw meat, the feces of domestic and wild animals (such as rabbits, foxes, birds, and dogs), and unwashed lettuce, fruits, and vegetables. In the acute stage, Yersinia infection causes diarrhea, while in the later stages, it can lead to muscle and joint pain (Yersinia-induced arthritis), as well as neurological, neuropsychological, and neurocognitive disorders.

This tick-borne disease, which can also be transmitted through contact with cats, leads to dermatological and neurological symptoms.

 

This tick-borne disease causes fever, muscle pain and neurological and Skin.

 

This tick-borne disease causes skin changes, muscular and neurological issues, and sometimes even cardiological problems. Rickettsia occurs worldwide in various forms and can be transmitted during travel abroad.

 

This tick-borne disease is spread worldwide and, contrary to previous findings, is not limited to the Mediterranean and east coast of the USA but is also present in the Alpine region. A study from Austria shows that around 35% of ticks are infected with Babesia. The infection can cause symptoms such as muscle pain, fever, joint pain, dark urine, and an enlarged spleen.

Unlike the previously mentioned pathogens, this is a tick-borne viral infection that primarily causes neurological symptoms. There is no specific treatment beyond symptomatic therapy after infection. The only effective protection is through vaccination prior to exposure

 

Lyme disease prevention

Only around 30% of ticks are infected with Borrelia bacteria and can transmit Lyme disease, but the tick must stay on the skin for at least 24 hours. To prevent infection, it’s essential to check the skin thoroughly after spending time outdoors, even in city parks.

Prevention starts with controlling the tick’s habitat by trimming weeds, clearing leaf piles, protecting pets, and managing small rodents. Wearing protective clothing (long sleeves, socks, hat) and using repellents can also help.

Prompt removal of ticks and early treatment of symptoms like erythema migrans (EM) or “flu-like” illness can prevent the disease from advancing. Always remove ticks by grasping them by the head and using a gentle, steady pull, then disinfect the bite area-