Introduction: Asthma as a chronic inflammatory systemic disease

Bronchial asthma is much more than just a "breathing problem". It is a chronic inflammatory disease of the airways caused by an excessive reaction of the bronchial tubes to external stimuli. While conventional medicine usually sees asthma as a combination of genetic predisposition, allergies and environmental factors, the practice of information medicine is becoming increasingly clear:
Infections with certain viruses and bacteria can play a central role - both in the development and maintenance of asthmatic symptoms.

In this article, we shed light on which microorganisms are often behind chronic asthma, which biophysical mechanisms are involved and how frequency therapy can help to specifically regulate these deep causes.

🦠 Viruses as underestimated triggers of asthma

Numerous clinical observations and studies show that viral infections are the most common triggers of acute asthma attacks - and also mark the onset of the disease in many sufferers. Children whose immune systems are still developing are particularly affected.

Rhinoviruses - the silent "door openers"

Rhinoviruses, the classic cold pathogens, do not just cause harmless cold episodes.
Rhinovirus type C in particular is considered to be especially aggressive for the respiratory tract. It damages the bronchial epithelium, opens the mucosal barrier and thus promotes hypersensitivity to allergens.
Many sufferers report that their asthma "never really went away" after an infection - this is often due to a persistent rhinovirus infection.

RSV - the early childhood risk

The respiratory syncytial virus (RSV) infects almost every child up to the age of two. In severe cases, it leaves a permanent inflammatory response in the small bronchi. Studies show that children with severe RSV infections have a significantly increased risk of developing asthma later on.
In frequency therapy, energetic resonances of this viral field can often still be detected years later.

Influenza and parainfluenza viruses

Influenza viruses strongly irritate the bronchial mucosa and activate the immune system in the direction of a Th2-dominated response - precisely the inflammatory pattern that is typical of allergic asthma. Recurrent flu infections can permanently sensitise the bronchial walls.

Adenoviruses

These viruses are able to colonise cells and cause persistent, latent inflammation. Those affected often suffer from a chronic chesty cough or bronchitis that is "never completely cured".

Coronaviruses and Long COVID

SARS-CoV-2 can also cause post-infectious respiratory hyperresponsiveness. Many sufferers develop symptoms similar to allergic or infectious asthma after contracting COVID.
The importance of frequency therapy is particularly clear here: it can help to harmonise disturbed cell information and oscillation patterns in the lung field.

🧫 Bacterial infections - the underestimated second factor

In addition to viruses, chronic bacterial infections also play an important role. Some types of bacteria can persist in the respiratory tract for years without causing acute symptoms - and yet trigger lasting inflammatory impulses.

Chlamydia pneumoniae

This intracellular bacterium can persist unnoticed in the body for a long time. It stimulates the release of inflammation-promoting cytokines and keeps the bronchial tubes in a state of chronic irritation.
In frequency therapy, it is often found that patients with therapy-resistant asthma have an energetic burden of Chlamydia pneumoniae. Targeted frequency harmonisation can bring significant improvement here.

Mycoplasma pneumoniae

Mycoplasmas are cell wall-less bacteria that like to settle in the mucous membranes of the respiratory tract. They lead to atypical inflammation, coughing, hoarseness and mucus overproduction.
Their influence on the immune system is subtle but lasting - they change the communication between defence cells and the mucosal barrier.
Frequency therapy can be used to regulate this misinformation in the cell field and relieve the bronchial system energetically.

Haemophilus influenzae & Streptococcus pneumoniae

These classic respiratory pathogens are often involved in chronic bronchitis and asthma exacerbations. They form biofilms that permanently irritate the immune system.
Frequency therapy can provide support here via biofilm dissolution and mucus regulation frequencies.

Staphylococcus aureus

Enterotoxin-producing strains of this bacterium in particular can release superantigens that provoke an excessive immune response.
In severe cases, steroid-resistant asthma develops that hardly responds to conventional medication. Energetic approaches to neutralise bacterial toxin resonances often have a positive effect here.

⚙️ How infections promote asthma - the biophysical mechanism

1. Damage to the epithelium: Viruses and bacteria destroy the protective mucosal barrier of the airways. This allows allergens, particulate matter or chemicals to enter the tissue more easily.

2. Chronic inflammation: Persistent infection keeps the immune system in an activated state - the bronchial tubes remain hypersensitive.

3. Immune modulation: Some pathogens shift the balance between Th1 and Th2 cells - the immune system loses its balance.

4. Biofilm formation: Bacteria such as H. influenzae or S. aureus form protective layers that shield them from immune cells - chronic inflammation persists.

5. Energetic disharmony: Disturbed resonance patterns develop at the vibrational level in the lungs, bronchi and autonomic nervous system.

🌿 Frequency therapy: harmony for the lungs, immune field and cell information

This is precisely where frequency therapy comes in - not just symptomatically, but at the information level of the cells.
Every cell, every organ and every pathogen has a characteristic frequency spectrum. If this is disturbed, miscommunication can occur in the body.

Aims of frequency therapy for asthma:

• Detection of latent pathogens (e.g. Chlamydia, Mycoplasma, RSV)

• Regulation of the immune system through targeted frequency impulses

• Reduction of chronic inflammatory fields

• Harmonisation of the autonomic nervous system (parasympathetic/sympathetic balance)

• Strengthening cell communication in the lung field

• Emotional equalisation - as the lungs are also associated with issues such as grief, letting go and self-determination

After a few frequency sessions, many patients report noticeably freer breathing, less irritable coughing and a reduction in nocturnal breathing difficulties. These testimonials suggest that the restoration of biophysical balance plays a key role.

🧩 Complementary holistic measures

In addition to frequency therapy, the following approaches have proven effective:

• Intestinal cleansing and microbiome build-up, as the intestines and lungs are closely connected via the "intestinal-lung axis"

• Detoxification of heavy metals, pesticides and environmental toxins that increase inflammation

• Breathing and sound therapy to expand the vibrational capacity of the lung field

• Balancing vital substances (especially vitamin D, omega-3, zinc, quercetin) to stabilise the immune system

🔬 Conclusion: a new understanding of asthma

Asthma is not just a reaction to allergens or environmental factors - there is often a deep, often unrecognised infectious burden behind it.
Viruses and bacteria can leave energetic blockages and inflammatory patterns in the bronchial system for years.
Frequency therapy offers a unique approach to gently correct these hidden information disorders and bring the system back into balance.

By recognising the cause at cellular level, you can start on the path to sustainable health - in harmony with body, mind and vibration.

Author:
NLSInformationsmedizin GmbH
Herbert Eder
Babenbergerstraße 21, 3180 Lilienfeld
Tel: +43 2762 52481
E-mail: praxis@frequenz-therapie.com
Web: www.frequenz-therapie.com

Disclaimer:
Frequency therapy is not recognised by conventional medicine. It does not replace diagnosis or treatment by trained doctors or alternative practitioners. The applications described serve to harmonise energy and activate the body's own regulatory powers.