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Spooky2 offers an assortment of frequency healing devices, such as plasma, contact, remote, PEMF and cold laser devices, along with the world’s largest frequency database.
Chronic conditions, like cancer or Lyme disease, usually take at least six months of treatment in order to be resolved successfully. Our software comes equipped with presets specifically tailored for these illnesses.
3. Lyme Disease
Lyme disease, caused by Borrelia burgdorferi (and more rarely its closely related cousin, Borrelia mayonii), is one of the most prevalent vector-borne illnesses in North America and Europe, typically transmitted to humans through black-legged ticks, more commonly known as deer ticks. Prolonged interaction between your immune system and these spirochetes may lead to various symptoms as well as lasting health concerns if left untreated.
Autoimmune diseases affect millions of people worldwide and are characterized by the body’s immune system attacking itself, often attacking tissues within itself. When these illnesses co-occur with Lyme disease, diagnosis and treatment becomes much more challenging.
Recent research revealed that Lyme disease-causing bacteria are capable of deceiving our immune systems into not mounting a full response or developing lasting immunity. Researchers discovered that they do this by suppressing production of interferon-alpha, a protein which signals immune cells to attack foreign substances.
Lyme disease can be difficult to identify due to symptoms that are similar to other ailments. Furthermore, blood tests for antibodies do not always detect infection and results can take up to six weeks before they appear in lab results.
Lyme disease and autoimmune conditions often co-occur due to its impact on immune regulation. Borrelia infection produces inflammation-promoting proteins which bind with proteins in joints or nervous systems and contribute to the development of autoimmune conditions, while these same diseases interfere with treatment effectiveness for Borrelia infections and decrease its effectiveness; creating an intricate interrelation between them that requires advanced diagnostic tools and comprehensive approaches for successful management.
4. Parasites
Attracted by their hosts’ immune response, parasites have developed sophisticated ways of using, evading, modulating or otherwise controlling them to ensure survival (). Parasites also serve to mitigate concurrent infections by altering progression, severity and outcome – serving as part of nature’s natural network that regulates activation of inflammation responses while driving resolution of it ().
Helminths have long been known to alter host immunity by secreting soluble factors that interfere with T and B cell activity, interfere with macrophage work, bind to immunoglobulins and dampen mast-cell signals (). Their ability to evade host defenses may explain why infections do not always clear completely and persist even with effective immunity systems in place ().
The microbiome – trillions of commensal microorganisms found within all mammals’ guts that provide essential health benefits – has long been recognized for influencing inflammation, immunity, disease outcomes and even parasite infection (). Now researchers are discovering that parasite infection may also influence this complex ecosystem of microbiota. At present, only a select few parasite species and their associated microbiota have been fully understood. However, traditional laboratory models of parasite infection do not accurately reflect natural infection rates and thus limit our understanding of its full functional impact on pathogen persistence and disease outcomes. Recent findings that parasites secrete soluble factors which modulate immune response could provide insight into developing anti-parasitic therapeutics that target their targets more directly.
5. Immune System
The immune system is an extensive network of cells, tissues and organs that work in concert to defend against germs and heal after an infection or injury. This network includes physical barriers like skin and mucous membranes to keep harmful substances out, immune cells (B and T lymphocytes) which recognise and destroy germs (different types do different jobs), as well as additional cells and proteins that fight germs while healing your body from within.
At birth, your body comes equipped with an innate immunity defense called innate immunity that works through various natural barriers like skin and mucous membranes to keep harmful substances out. It also includes immune cell types called natural killer cells and phagocytes (“eating cells”) which detect germs that shouldn’t be present and eliminate or consume them as soon as they arrive in your system. Your innate immunity doesn’t need training in order to distinguish between cells belonging in your body and those that shouldn’t; nor does it offer protection against specific germs or infections either!
As soon as our immune systems recognize a germ, they start making antibodies to either kill or weaken it. Antibodies bind with special markers on germs and foreign substances known as antigens that make up these substances – these antigens can be found throughout our bodies – including in our thymus, bone marrow, spleen, lymph nodes tonsils and skin. Cytokines provide chemical messengers that tell immune cells where to go and what actions to take against infections.
Once your immune system has successfully eradicated a pathogen, memory cells store a record of it so they can quickly recognize and eliminate it if it reenters your body before it has the opportunity to multiply and cause illness.