Herbert Eder – an internationally sought-after frequency expert
The Aggregatibacter actinomycetemcomitans DNA frequency is matched in the DNA frequency database used with 8,707 Hz specified. This long species name is encountered primarily in connection with the oral cavity and diseases of the periodontium. To interpret the frequency value correctly, it is essential to distinguish the general species name from the characteristics of individual bacterial strains.
What is the origin of the species name?
Aggregatibacter actinomycetemcomitans is a recognized bacterial species. In older literature, it is also referred to as Actinobacillus actinomycetemcomitans. The change in the genus name is a taxonomic classification and does not mean that it is, for that reason alone, an additional pathogen.
This relationship is useful for frequency collections: old and new names may refer to the same biological entity. Nevertheless, values from different sources should not be combined without verification. A traceable connection between names does not necessarily confirm a common basis for calculation or an identical origin for the respective figures.
What role does this bacterium play in the periodontium?
In studies of adolescents, the presence of certain variants of Aggregatibacter actinomycetemcomitans has been linked to subsequent loss of tooth-supporting tissue. Prospective studies have found an increased risk, particularly for the JP2 genotype, in certain populations studied. This finding pertains to the observed groups and specific bacterial variants.
Another long-term study showed that even adolescents who had previously been periodontally healthy could carry the bacterium. Therefore, the presence of the bacterium does not automatically mean that periodontitis is already present or will inevitably develop. The assessment depends on clinical findings, the course of the disease, and other influencing factors. The database does not distinguish between these situations.
How is periodontitis diagnosed?
Periodontal disease can be associated with bleeding gums, swelling, receding gums, bad breath, or loose teeth. It can also cause mild, inconspicuous symptoms over a long period of time. Smoking, diabetes, and poor oral hygiene are among the known risk factors.
During a dental examination, the gums and periodontal pockets, among other things, are assessed. Depending on the situation, X-rays may be used to supplement the evaluation of the bone. Microbiological findings can provide additional information but do not replace an examination of the periodontal tissues. Similarly, a frequency list cannot indicate either the presence or the extent of tissue loss.
What measures are in place?
Treatment depends on the severity and progression of the disease. This includes the professional removal of plaque from tooth and root surfaces, proper oral hygiene, and regular checkups. In more advanced cases, additional dental procedures may be necessary.
Daily oral hygiene, proper cleaning of the spaces between the teeth, and dental care are essential for prevention. The specific measures required in each individual case are determined based on the findings. The entry “8,707 Hz” does not indicate whether a gum problem is caused by this bacterium or what treatment is required.
DNA frequencies for Aggregatibacter actinomycetemcomitans: documented values
| Name in the database | Frequency in Hz |
|---|---|
| Aggregatibacter actinomycetemcomitans | 8,707 Hz |
The value corresponds to 8,707 hertz. The entry does not specify a particular species. Likewise, there is no sequence reference or documented calculation. The number is thus verifiably associated with the listed name; however, this information alone does not explain its origin or any possible biological effect.
With this bacterium in particular, it would be misleading to automatically infer a specific genotype from the species name. The database does not list either the JP2 genotype—which is frequently studied in research—or any other distinct variant. Such information must not be added retroactively simply because it appears to be of medical interest.
How can the DNA frequency be used in a practical way?
In this series of articles, the term “DNA frequency” is used to refer to the existing database mapping. This entry does not document any clinical evidence of efficacy nor any derivation that can be traced back to a specified sequence. The biological relevance of the bacterium provides a reason to explore the topic, but does not confirm the efficacy of the assigned number.
A scientific review would need to examine more closely what material was studied, how the value was derived, and what specific effects were observed under what conditions. For a technical application, information on signal type, intensity, and transmission would also be necessary. This information is not provided by the Hertz value alone.
This keeps the data set clear and concise: Aggregatibacter actinomycetemcomitans, 8,707 Hz, no reported strain identification. Medical knowledge of the periodontium helps in classifying the organism. The unanswered questions regarding the frequency remain clearly identifiable as such.
Note
The ones shown DNA Frequencies are database associations. There is no evidence of diagnostic or therapeutic efficacy based on these findings. Frequency therapy is not recognized by conventional medicine and is not a substitute for a medical diagnosis or treatment.
