Influenza and frequency therapy

Causes, symptoms, progression, prevention

Influenza, also known as the real flu, is an acute viral infection of the respiratory tract that can put considerable strain on the entire body. Many people equate influenza with a common cold, but medically there is a clear difference. While a flu-like infection usually starts gradually and is generally milder, influenza often comes on suddenly and is often accompanied by a severe feeling of illness, high fever and pronounced weakness.

Seasonal flu epidemics occur regularly, especially in the fall and winter months. These can affect individual regions, entire countries or even large population groups worldwide. Precisely because influenza viruses can change, influenza remains a permanently relevant topic for medicine, healthcare and also for complementary approaches.

What is influenza?

Influenza is a respiratory infection caused by influenza viruses. These viruses primarily affect the mucous membranes of the respiratory tract and can trigger a pronounced inflammatory reaction there. However, the disease not only affects the nose, throat and bronchial tubes, but can affect the entire body.

A typical feature of influenza is its sudden onset. Many sufferers report that they go from feeling healthy to seriously ill within a few hours. The strain is often so severe that normal everyday activities are barely possible.

Influenza viruses are traditionally divided into types A, B and C. Influenza A is particularly versatile and is often responsible for larger epidemics. Influenza B can also cause seasonal outbreaks, but is often less dynamic than influenza A. Influenza C is detected much less frequently and usually leads to milder courses.

How is influenza transmitted?

Transmission is primarily from person to person. Influenza viruses spread primarily via droplets and fine particles that are released when coughing, sneezing or speaking. Indirect transmission via hands and shared surfaces is also possible if viruses subsequently reach the mouth, nose or eyes.

As influenza viruses can be very contagious, they spread particularly quickly in places where many people come together in enclosed spaces. Schools, public transport, offices, waiting rooms or care facilities are typical places where infections can spread more easily.

Why influenza keeps coming back

A key reason for the seasonal recurrence of influenza is the mutability of the viruses. Influenza A viruses in particular can change their surface structures. As a result, the immune system often does not immediately recognize new variants sufficiently, even if influenza has already been experienced in the past.

This explains why people can contract influenza several times in the course of their lives. It also explains why prevention and monitoring of the current virus types play such an important role.

Typical symptoms of influenza

The symptoms usually begin suddenly and intensely. The most common symptoms include

High fever
Chills
Headaches and aching limbs
severe fatigue
Tiredness and exhaustion
dry irritating cough
Sore throat
Common cold
Feeling of pressure in the chest area
General severe feeling of illness

Many sufferers find the combination of fever, aching limbs and sudden weakness particularly distressing. Unlike the common cold, influenza is often characterized by severe general suffering.

The difference between influenza and the common cold

A cold usually develops more slowly. The symptoms often begin with a slight scratchy throat, runny nose or cough. The symptoms often remain limited to the upper respiratory tract and the general condition is impaired, but usually not severely.

Influenza, on the other hand, often starts abruptly and with greater intensity. High fever, pronounced muscle pain and a significant drop in performance are more indicative of real flu. Of course there are overlaps, but overall the course of influenza is usually more severe than that of a simple flu-like infection.

How long does influenza last?

In uncomplicated cases, the acute symptoms often improve within a few days to about two weeks. However, full recovery can take longer. Even after the fever and cough have subsided, some people still feel exhausted or unable to work for weeks.

This weakness is typical of influenza. The body needs time to fully regenerate. It is therefore important not to return to full exercise too soon after the flu.

Who is particularly at risk

Not everyone reacts the same way to influenza. Some survive the illness relatively easily, others develop a severe course. The following are particularly at risk:

older people
Infants and small children
People with chronic heart, lung or metabolic diseases
People with a weakened immune system
People undergoing immunosuppressive therapy
People with severe general fatigue or multiple stress levels

The risk of complications is significantly higher in these groups. Influenza should therefore be taken particularly seriously in these groups.

Possible complications of influenza

Influenza is not a harmless cold. It can lead to serious secondary illnesses. These are particularly significant:

Pneumonia
secondary bacterial infections
Inflammation of the paranasal sinuses
Middle ear infections
Worsening of existing underlying diseases
Severe circulatory strain
Significant weakening of the general condition

Viral or bacterial pneumonia is one of the most important and dangerous complications. Older people and people with weakened immune systems in particular can be severely affected.

When medical clarification is particularly important

If you have a high temperature, increasing breathlessness, chest pain, confusion, severe weakness, persistent worsening or if a significant worsening occurs again after a brief improvement, influenza should definitely be investigated medically.

It also makes sense to look out for warning signs in young children, older people and patients at risk at an early stage. The more stressed the organism already is, the more important careful observation is.

How the diagnosis is made

Influenza is initially diagnosed on the basis of the typical symptoms and the current epidemiological situation. If there are currently many cases of influenza in a region and the clinical picture matches, the clinical assessment is often already very meaningful.

Laboratory diagnostic procedures can also be used, such as swabs from the nose or throat. These help to detect influenza viruses and confirm the diagnosis.

Treatment of influenza

The therapy depends on the severity, age, previous illnesses and individual stress. In many cases, the focus is on symptomatic treatment. This includes

Physical protection
Adequate fluid intake
Rest and sleep
Fever reduction if required
Relief from pain and coughing
Medical monitoring for risk constellations

Above all, it is important to give the body time to regenerate. Exercising too soon can delay recovery and further weaken the body.

Prevention and protection

The most important preventive measure in conventional medicine is vaccination. As influenza viruses can change, vaccination protection is regularly adjusted. The aim is to reduce the risk of severe cases.

General protective measures also play an important role:

Thorough hand washing
Cough and sneeze etiquette
Avoid close contact during acute illness
Sufficient recovery
Strengthening general resistance

Particularly in phases of increased infection numbers, it makes sense not to overload your own organism unnecessarily.

Influenza and the immune system

An influenza infection is always a challenge for the immune system. As soon as the virus enters the respiratory tract, the body begins a complex defense reaction. Inflammatory messengers, immune cells and a rise in temperature are an expression of this reaction.

In this context, fever is not just a symptom, but also part of the body's own defense strategy. At the same time, it is precisely this strong immune response that can make those affected feel particularly ill. Influenza is therefore not only stressful because of the virus itself, but also because of the body's intense battle with this pathogen.

Influenza from a holistic perspective

From a holistic perspective, influenza is not just an infection of the respiratory tract, but a strain on the entire regulatory system. In addition to the virus itself, mucosal status, immune status, recovery, metabolic situation and general vitality all play a role.

People who are repeatedly susceptible to infections or who are slow to recover after influenza are often interested in complementary approaches. The aim here is to consider not only the pathogen in the narrow sense, but the organism as a whole.

Influenza and frequency therapy

In frequency therapy, influenza is considered in terms of specific vibration and resonance patterns. In complementary models, it is assumed that different influenza types and mutations can be assigned to different frequency ranges. This approach is not part of the generally recognized standard therapy in conventional medicine, but is used in the field of complementary information and frequency medicine.

From this perspective, the focus is not only on the virus as an isolated factor, but also on the question of how the organism reacts to the stress and how regulatory processes can be supported. In practice, such approaches are primarily considered in a complementary manner, for example in cases of increased susceptibility to infection, weakened regulatory status or in phases of increased stress.

A responsible approach is important here: genuine influenza with a severe course, high fever, shortness of breath or significant deterioration should be observed medically. Complementary procedures should not take the place of a necessary medical clarification.

Why influenza is also interesting for frequency therapy

Influenza viruses change relatively quickly. This is precisely why influenza is regarded as a dynamic field within frequency therapy considerations. Different types, mutants and variants are associated with different resonance ranges.

These models particularly emphasize that not every strain is identical and that individual testing or differentiated consideration can be useful. This applies in particular to recurring or changing seasonal patterns.

Conclusion

Influenza is a serious viral infection that can affect the whole body. It often starts suddenly, is accompanied by a strong feeling of illness and can lead to considerable complications in people at risk. Prevention, early assessment and adequate rest are therefore particularly important.

In addition to the classic medical view, there are other models in complementary frequency therapy that classify influenza from the point of view of resonance and frequency patterns. This additional perspective can be interesting for many people. However, it remains crucial to recognize severe courses in good time and to take them seriously from a medical point of view.

Frequency parts for influenza

The following information is assigned to influenza types, mutants and variants in frequency-therapeutic models. They are summarized here as a supplementary overview.

General influenza A and influenza B frequencies

The general frequencies of influenza A and influenza B viruses are given as 309 to 324 kHz. 310 to 313 kHz are mentioned particularly frequently.

Influenza mutants and subtypes

1957 A-type: 293, 393 kHz
1978 Type: 313, 322, 416, 432 kHz
1979 Type: 289, 403, 524 to 534 kHz
1983 Type: 310, 373 to 375, 434 to 438 kHz
1989 Type: 311, 320, 375, 382 kHz
1993 Type: 311 to 314, 398, 435, 490, 534 kHz
1994 Type: 352 to 357, 408 kHz
1997 Type: 312, 372, 402, 450, 476 kHz
1998 Type: 311 to 313, 476 kHz
1999 Type: 310 to 313 kHz
2000 Type: 310 to 315, 317, 319, 321 kHz
2001 Type: 308 to 313, 315, 317 kHz
etc.

Further influenza A frequencies

317 to 318 kHz
328 to 338 kHz
350 kHz
384 kHz
397 kHz
411 kHz
441 kHz
452 kHz
487 to 488 kHz
521 kHz
572 kHz

Further influenza B frequencies

290 kHz
303 kHz
369 kHz
378 kHz
476 kHz
452 to 552 kHz
568 kHz

Flu types and variants

Influenza from V-1 to V-75 Influenza type: 322 to 340, 350 to 360, 372, 426 to 427, 440, 456, 471 to 472, 482 to 483, 506, 522, 530, 562 to 566 kHz
Flu V-75: 316, 350, 522 kHz
Flu VA-2: 340, 372, 426 to 428, 471, 488, 506 kHz
Flu VA-2L: 456 kHz
Flu VAPCH: 312, 350 kHz
Flu in general: 305, 350, 441, 448 to 454, 524, 552 kHz
Flu 1986: 300, 337, 346, 472, 508, 544 kHz

Animal-associated forms of influenza

Influenza virus of the pig: 339, 422, 429, 442, 472, 509 kHz
General influenza frequencies: 308 to 324 kHz
Original avian influenza type: 308 to 324 kHz
Original swine influenza type: 318 to 324, 338 to 341, 422 to 429, 442 to 445, 507 to 510 kHz
H1N1 influenza virus 2009: 276 to 286, 309 to 311, 560 kHz
H1N1 new mutation type 2010: 250 to 268 kHz

Supplementary note from the frequency therapy approach

In frequency therapy concepts, it is pointed out that antigen structures and therefore also the assumed resonance patterns of influenza viruses can change. It is therefore often recommended to test individually and not just work with rigid standard values.

Frequency therapy measuring devices for this purpose:

Suitable frequency therapy zapper for this: