The great thing about the AO Scan technology is that it picks up the energetic expression of bacteria, parasites, fungus, viruses, and so much more.
One of the the bacteria that is a all-too frequent visitor to many peoples’ bodies is H pylori.
Elicobacter pylori, or simply H. pylori, has developed a reputation as a potential primary contributor to stomach and intestine ulcers. In extreme circumstances, H. pylori may even be the cause of stomach, biliary tract, and mucosal-associated lymphoid tissue (MALT) lymphoma. The whole picture of H. pylori and how it affects our health, however, is far more intricate.
H. Pylori: A Brief History
The most widespread human infection in the world, H. pylori is present in up to 50% of the world’s population. In poor nations like India, where 80% to 90% of the population has H. pylori, it is very pervasive. This is thought to be a result of the unsanitary living circumstances in these nations, which include contaminated food, crowded housing, and polluted water.
In the US, around 20% of teenagers and 36% of the general population are infected with the bacteria. Yet clinical H. pylori cases appear to be declining in North America and Western Europe as a whole. (1)
It’s challenging to determine accurate figures because not everyone is tested for H. pylori, and often only when exhibiting symptoms. But it’s possible that we all have some H. pylori in our systems.
Being a microaerophile, this infamous bacteria thrives in low-oxygen, carbon-dioxide-rich environments, particularly in the human gut. The name “helicobacter” refers to the spiral or helix shape of H. pylori in its natural state. It is known to mutate and alter form when subjected to unfavorable situations, such as toxins in the body, though, in the sake of survival. (2, 3)
Although the germs have been detected in a variety of species, including cows, horses, pigs, and sheep, they appear to prefer human hosts. (3, 4)
For more than 60,000 years, H. pylori has coexisted with humans. The majority of humans live in a wonderfully symbiotic, peaceful relationship with it, showing no signs of illness or parasite symptoms. In fact, studies have suggested that the bacteria may have a variety of health benefits for humans. (1, 2, 5)
A person’s food, genetics, immune system, lifestyle, and, in general, the internal environment or terrain of their body all have a role in whether or not they become ill from H. pylori. (2)
Patients may be more susceptible to H. pylori infection as well as adverse effects from the bacteria once it is present in them if they have been exposed to toxins or live in hazardous environments.
As a result, even though H. pylori is frequently neutral or even beneficial, an estimated 17% of infected individuals will go on to develop ulcers, roughly 4% will have ulcer complications, and 1% could develop gastric cancer, totaling roughly 500 million ulcer cases and roughly 30 million cases of gastric cancer. (1)
How Is H. Pylori Spread?
The most common ways that H. pylori is spread are by dental plaque, feces, stomach fluids, saliva, or vomit. But there are other ways that we come into contact with those human (or occasionally animal) excrements. We can be exposed to H. pylori in a number of ways, such as the following
Humans can contract H. pylori infection from some animals because these species are prone to the condition. This may occur directly with the animals or indirectly through the food chain. Some scholars argue that the development of agriculture, which included the raising of animals thousands of years ago, was the impetus for the first H. pylori infections in humans.
Domestic or agricultural animals make up a large portion of H. pylori hosts. As a result, they are constantly interacting with humans because they reside nearby. These creatures are frequently used as food sources.
H. pylori, for instance, has been discovered in the milk of cows, goats, and sheep, all of which are used to provide food for humans. According to a study, sheep have H. pylori DNA that is highly comparable to the H. pylori DNA found in humans. As a result, these animals are thought to be a primary source of transmission to humans.
contaminated water and food
Many different bacteria and other pathogens thrive in polluted water, which serves as their ideal habitat. Sadly, the cause of this water contamination is frequently feces getting into the water system. This means that H. pylori may be abundant in our drinking water, as well as in the water we use for bathing, cleaning, or producing food, as well as in the water we use for pleasure in places like rivers and lakes.
H. pylori frequently thrives in regions of the world with poor sanitation or where water contamination is an issue.
Because our food sources may also be contaminated with H. pylori, it’s critical to focus on thoroughly washing foods, like fruits and vegetables, before consuming them. These may also contain insecticides, poisonous heavy metals, and other harmful compounds in addition to bacteria. Such hazards can be reduced by good detoxification as well as through cooking.
A study found that youngsters who routinely ate unwashed raw vegetables or swam in rivers or pools or drank stream water were more likely to have H. pylori.
Direct touch with a patient who is infected
H. pylori can be spread directly from person to person, just like many other contagious illnesses or pathogens. In actuality, this is most likely the widespread method of transmission. People who frequently and continuously interact with an H. pylori-infected person are typically those who are most at risk. Both mother-to-child transmission and spouse-to-spouse transmission of the bacterium are quite common. (1, 6)
Before the age of five, children typically get H. pylori infections, most commonly as a result of frequent interaction with their mothers. According to a research, just 3% of children tested positive for H. pylori when both of their parents were negative, compared to 85% of children who had one parent with the infection.
Couples who live together for an extended period of time, whether they are married or living together, are more at risk of contracting the disease. In a German study, just 14.5% of women with uninfected spouses had the bacterium, compared to 34.9% of women who had an infected partner.
This explains why people are significantly more likely to spread the germs to a member of their household in densely populated or overcrowded locations, as well as in houses where residents are frequently in close quarters, such as while sharing a bed.
Families and couples are not the only groups who can spread the disease through interpersonal contact, though. Other settings where people live in close quarters, such as those residing in institutions or hospitals, have also been reported to have higher H. pylori prevalence rates. A study found that non-medical employees in the same hospital had lower rates of H. pylori infection than nursing staff, who naturally had closer contact with patients.
direct interaction with surfaces and objects
Saliva is one of the primary routes for the oral transmission of H. pylori. Similar to many infections, these bacteria can be carried by objects that come into touch with saliva and transmitted to other people. Despite being a less frequent method of transmission, H. pylori can spread by contact with the following things: (1, 6)
dentistry offices use dental equipment
utensils and containers used for eating or drinking, such as glasses, plates, and cutlery
medical tools, such as those used in endoscopies
items for personal hygiene, such toothbrushes
The spread of bacteria will be reduced if people do not share these objects or if they clean them thoroughly after each usage.
H. Pylori and Its Effects on Health
In the scientific community, there is intense discussion and investigation surrounding the question of whether H. pylori may be considered a true human parasite in function. You are aware that parasites live off of us, eat from us, and may hurt us without providing anything in return. In most cases, H. pylori satisfies this requirement and hence qualifies as a parasite.
However, H. pylori most likely do pay us back for the lodging and food that our bodies supply them, which is where the definition’s ambiguity originates from. These bacteria give back by frequently providing a protective and positive influence on human health as well, although being commonly overshadowed by their more adverse health effects.
H. pylori has both beneficial and bad effects on our health, making it both a “positive parasite” and a “friendly adversary.”
Our health is thought to be negatively impacted by H. pylori in a number of ways. Many of the illnesses and diseases linked to H. pylori are gut-related because the majority of the bacteria tend to collect in our gut.
Additionally, H. pylori may change the entire microbiome of the gut, allowing harmful organisms to take control. The mucous membrane that lines our stomach might also become damaged by the bacteria. They have an impact on the entire gastrointestinal tract, which includes impeding nutrition absorption. They might potentially disrupt our metabolism.
H. pylori can also affect our other systems and result in illnesses throughout the body. Researchers and scientists assume that this is primarily due to H. pylori’s propensity to generate severe and persistent local and systemic inflammation, which is a factor in the majority of illnesses.
Our tissues and cells are affected by the bacteria’s actions, which can result in dysfunction and disease. For instance, H. pylori may affect our body’s hormones and signals, harm our DNA, or result in cell mutations.
Additionally, H. pylori frequently congregate in the oral cavity. Certain oral health issues are brought on by the bacteria, including periodontitis, which is linked to gum disease and tooth deterioration or loss. In a research, dental plaques from 81% of patients with periodontitis tested positively for H. pylori.
H. pylori could result in
biliary tract cancer (gallbladder and/or bile duct carcinoma)
stomach and peptic ulcers
Heart condition (ischemic)
MALT lymphoma (mucosa-associated lymphoid tissue)
Alcohol-unrelated fatty liver disease
diabetes type 2
Statistically speaking, despite the fact that a huge number of people will test positive for the bacteria, H. pylori-related illnesses only impact a tiny percentage of people. We currently estimate that H. pylori infects as much as half of the world’s population. However, by a large margin, more people peacefully cohabit with these intruders than those who contract their diseases.
According to certain studies, H. pylori may be evolving to live in different conditions, which could have resulted in the emergence of less dangerous strains
But these bacteria are also believed to have beneficial effects that go beyond a mere commensal function. In fact, it appears that a decline in H. pylori prevalence is associated with an increase in allergies, autoimmune illnesses, and other health problems. This correlation can be seen, for example, when sanitary standards are improved in underdeveloped nations. The notion that more H. pylori bacteria correlates with fewer sickness raises the possibility that the organisms have a safeguarding influence on our health.
One possible explanation for this is that each human body has a limited amount of resources and space that H. pylori is required to share with other bacteria vying for the same resources. Because H. pylori is a tough and tenacious bug, it may even be able to eliminate disease-causing pathogens in human systems if they get in the way.
Additionally, H. pylori may benefit our immune systems, notably by way of our T cells. This aids in our bodies’ natural ability to fight off sickness. In a study, mice with H. pylori that were exposed to dust mite allergen were shielded from developing symptoms of asthma such goblet cell metaplasia, tissue inflammation, and hyperresponsive airways. According to the study’s findings, H. pylori may be helpful for people with allergies and asthma brought on by allergens.
Researchers found reduced rates of several diseases in people with higher amounts of H. pylori in their systems, and conversely, higher rates of sickness in people with lower levels of the bacteria. Therefore, studies have discovered that H. pylori may assist in fighting, even though the data is frequently contradictory
reflux of acid
Colitis of the bowels (IBD)
a number of sclerosis
Some studies suggest that H. pylori infection may not even be the cause of stomach cancer, but rather only an intensifier and prolonger of the disease.
H. pylori and pleomorphism
So how can a microbe be both beneficial and harmful?
Although it’s normal to have H. pylori bacteria in your body, only some people have unfavorable side effects, as was already discussed. Pleomorphism, or the capacity of bacteria to change their structure in response to environmental factors, is probably to blame for this. This is where the same species of bacteria’s irregular or variant forms originate.
When it comes to H. pylori, the environment rather than the bacteria itself may be the cause of the issue. These bacteria have the ability to pleomorph and produce poisons in the body under specific harmful conditions. Additionally, inflammation, which is known to be linked to a variety of medical disorders, may increase.
Pleomorphism is being studied more and more, even for bacteria like H. pylori, and it’s possible that this may be the reason why some bacteria either reside peacefully in the human body or negatively impact health.
The Best Ways to Combat H. Pylori Infection
H. pylori can have both positive and negative consequences on human health, and many individuals have it all their lives without ever experiencing any symptoms. If your patients are among those who are suffering with the bacteria, they undoubtedly want to know what may be done to treat it naturally.
Here are some recommendations to assist eradicate H. pylori from the body or, at the very least, to lessen or get rid of any negative effects the bacteria may have: (1, 17)
avoiding or being cautious around potential sources of contamination, including drinking water or adjacent lakes and rivers
Diet (one study suggests that eating a diet high in peppers may help decrease H. pylori infections) (one study suggests that eating a diet high in peppers may help stop H. pylori infections)
Whenever at all possible, limiting close contact with infected individuals
proper sanitation and hygiene
washing up personal objects, such toothbrushes or drinking glasses, completely before using them on another person
Fruits and vegetables should be cleaned and/or cooked before consumption.
Interested to see what type of bacteria show up in your body field. Contact us today to get an AO Scan. AO Scan is the most significant and impactful frequency healing & wellness technology.
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