The Zapper Doctora Clark and Bacteria, Viruses, Toxins and Pollution
Hulda Clark believed that many diseases and cancers are caused by parasites, toxins and pollution; to combat this she developed the Zapper device which seeks to dispel them out and help the body heal itself.
The Zapper is comprised of a pulse generator circuit, two copper electrodes and a battery. Additionally, there are six pre-programmed frequencies as well as an LCD screen displaying time remaining, current output voltage, and the onde shape.
Parasites
People often aren’t aware that parasites are one of the leading causes of health challenges, including rashes, headaches and fatigue – not to mention digestive and respiratory problems that they can bring with them. Zapper Doctora Clark can help eliminate parasites to improve health.
Parasites are microbes that live by exploiting host organisms. Parasites gain entry through three major channels: fecal-oral infection (roundworms, Giardia and Cryptosporidium); direct penetration of skin (schistosomes and hookworms); or insect vectors such as malarial vectors or leishmaniasis filariarial worms). Once inside their host body, parasites can spread by infecting migrating cells such as antigen-presenting cells and red blood cells as migrating cells migrate and reach other organs within. In some instances evading immune systems is possible allowing parasites to remain undetected from this host’s immune systems altogether.
Some parasites reduce host fitness through generalized or specific pathologie, while others, like Armillaria mellea honey fungus and various Koinobiont parasitoid wasps, practice saprophytism. All such interactions benefit the parasite by providing food or resources from its host without killing it outright.
Humans tend to be at greater risk for parasite infection from intestinal worms that reside within their digestive tract, from microscopic parasites up to those over 40 cm long in length. Once inside, these worms reproduce within the wall of their colon and lay eggs that pass into stool via elimination.
Parasitic infestation typically produces mild to moderate symptoms; however, in severe cases they can last for years and lead to infections of asthma, fibromyalgia, autoimmune disorder and even cancer. If left untreated itching, rashes and other skin problems, abdominal pain and diarrhea can occur; otherwise it could even result in chronic illness like asthma, fibromyalgia, autoimmune disorder or cancer.
Your health care provider will begin by conducting a physical exam of both skin and hair for signs of itchy or rashes, then take a stool sample for analysis. Once they know which parasite type has infected you, he or she can devise an appropriate treatment plan.
Bacteria
Bacteria are single-celled organisms found throughout Earth’s environment and within other living things, both inside and out. Though some bacteria are harmful, most are beneficial and contribute to higher forms of life such as plants and animals. They possess remarkable adaptability and use organic as well as inorganic compounds as food sources; being capable of withstanding harsh environments while still managing to thrive under extreme circumstances – bacteria may even have been one of the first lifeforms on the planet!
Human bodies contain approximately 10 times as many bacterial cells than there are human cells. Although some bacteria can cause disease, most are harmless and play essential roles in digestion and other parts of the body by eliminating waste products and recycling nutrients back into circulation. They’re also adept decomposers capable of breaking down dead vegetation and decayed animal matter into biodegradable substances that will not otherwise decompose.
The Zapper Doctora Clark is an electronic device intended to eliminate parasites, bacteria and viruses in your body by employing a unique combination of frequencies that produce electric currents which disrupt energy flows to these microorganisms, thus killing them off. According to research studies conducted on these devices, 33kHz seems to be most effective for combatting various parasites and pathogens including candida.
This device consists of two stainless steel electrodes which conduct electric current, connected by a battery-powered circuit that generates pulsed rectangular voltages. As opposed to Hulda Clark’s original model of zapper that utilized hand holds to apply currents, this version features alligator clips which enable users to hold onto wet clothing while receiving treatment.
The Zapper Doctora Clark comes in five versions, each offering different frequencies and more contact points on the body. It includes an automatic rest period between cycles as well as an indicator which changes colors without decreasing output strength; additionally it boasts larger contacts than its original model for greater effectiveness.
Viruses
Viruses are inert particles containing nucleic acid genomes that must enter living cells to reproduce. Unlike bacteria and protozoa, viruses do not grow, respire, metabolize or grow by taking over their host’s cellular machinery to make more viruses; most typically they appear spherical with rod-shaped forms occasionally appearing. Some viruses also possess an envelope made up of lipid membrane derived from their host cell to protect their integrity during infection.
Some virologists classify viruses according to their nuclear genome content – including whether DNA or RNA predominates, and whether single- or double-strandedness exists (see this blogpost for an explanation of Baltimore classification system). A virus’s protein coat protects its nucleic acid core from external danger by being encased within a capsid, while its nucleic acid genome inserts instructions for producing proteins that form this protective structure, creating what virologists refer to as its virion particle or virion particle.
There are various viruses that infiltrate all sorts of organisms – fungi, plants, animals and humans alike. While some viruses target multiple types of organisms simultaneously while others only infiltrate specific ones; influenza or herpes viruses infect humans as well as mammals; this category of virus is known as “zoonotic viruses.”
Viral infections can enter our bodies through respiratory passages, open wounds or insect bites. They may also travel via other organisms’ fluids containing other viruses or bacteria and then hitch rides to human hosts – this is how some diseases such as yellow fever and dengue spread.
Once a virus enters its host cell, it binds to a specific receptor molecule on its surface and attaches itself to viral capsid protein. Over time, viral capsid proteins begin assembling to form nucleocapsids, which contain all of their genetic information necessary for viral replication machinery.
Some scientists assert that viruses do not constitute living beings, since they lack the components to produce adenosine triphosphate, an essential compound found in living cells that drives many processes and cannot make proteins independently without their host. Yet they still manage to reproduce, and their evolutionary history indicates they evolved from proto-virocells that were cell-like organisms.
Candida
Candida spp. are common commensal yeasts found in skin and gut microbiota; however, candidiasis typically results from increased or abnormal colonization combined with host defense deficiencies that decrease host defence capabilities and lead to the induction of key virulence factors4.
Three major conditions increase the risk of human invasive candidiasis: disruptions in cutaneous and gastrointestinal barriers (cytotoxic chemotherapy-induced mucositis, perforations from central venous catheter placement or central venous catheter use), iatrogenic immunosuppression by healthcare practitioners or extended hospital stays; as well as prolonged hospital stays due to these predisposing factors which enable Candida spp. to enter bloodstream from gut or intestine into bloodstream then invade organs through vasculature5.
Fungal detection by host innate immunity typically involves recognition of C-type lectins (dectin 1 and dectin 3, encoded by CLEC7A and CLEC6A), mannoproteins containing mannose, or N-acetylglucosamine polymers such as chitin. Candida spp. can modify these PRRs through alteration in composition or surface exposure as well as through morphogenic changes to reduce or enhance immune recognition.
Invasive candidiasis (CI) can manifest with a wide spectrum of clinical manifestations, from mild symptoms such as fungaemia to life-threatening fulminant sepsis with high morbidity and mortality rates. Recent molecular and genomic research has allowed us to gain more insight into the relationship between Candida spp.6,7 fungi, their virulence factors and host immune response against them6,7.
Studies have demonstrated the significant benefits of early diagnosis and initiation of effective antifungal therapy on patient outcomes, with just one or two day delays being associated with doubled mortality103-104.
A blood test to measure b-D-glucan can detect invasive Candida infections; however, its sensitivity can be low due to multiple sources of false positivity. Frequent sampling, larger blood culture volumes or taking samples prior to starting antifungal treatment can all help improve its accuracy and increase sensitivity.
