EP2143412A1 - Method for locating a stimulation area - Google Patents

Abstract

The method involves actively lifting a left hand of a person to a height of a left eye, and actively compressing thumb, indicating- and middle finger of the left hand. The left hand is actively accelerated over a central point of a head, where the distance between 15 centimeters (cms) and 45 cms to the head is maintained. The fingers are actively guided in an angle between 0 and 20 degrees to a scalp in the region of the central point. The head of the person is sensed with the fingers. A stimulation area is located with the scalp and/or knucklebone condition abnormal to the head.

Description

The present invention relates to a method for finding a stimulation area according to the present claim 1.

Many diseases are based on the fundamental realization that often a blocked endogenous energy system is the actual cause of the disease. These energy blockages lead to regulatory disorders in the organism, metabolic blockades, to emotional-emotional blockages with the result of functional or organic diseases, which find their expression in the most diverse clinical pictures.

In addition to the classic science based on scientific fundamentals to diagnose and treat the disease, is increasingly placed on a holistic medicine that pursues both with the help of classical methods of naturopathy and based on the latest research results from brain, energy and cell research, therapeutic approaches which is increasingly based on the stimulation of the self-healing powers of the organism. One such approach is, for example, acupuncture, in which self-healing powers are brought about via the stimulation of acupuncture points via a strengthening of the immune system, pain relief or relaxation. For this purpose, punctures with needles at precisely defined points on the skin eliminate or alleviate disturbances in the interior of the body. These points are located along meridians. According to Chinese medicine, these are channels in which the life energy QI flows. On the meridians lie the Acupuncture points. In addition to acupuncture, there are a variety of other meridian therapies such as moxibustion (warming), acupressure (press), Penzel acupuncture massage (stroking and pressing), tuina (rubbing and massaging) or shiatsu (massaging, stretching and squeezing). In some approaches, the stimulation of an entire area, such as frequency modulation in the FF, light stimulation, stimulation with essential oils or application of anesthetics, such as procaine. The stimulation by homeopathic or allopatic drugs is conceivable.

Common to all therapeutic approaches, however, is the initially necessary finding of the stimulation area on the patient, to which the subsequent stimulation relates directly or indirectly.

Numerous different methods have been developed for this especially in the field of acupuncture: DE 3941872 C2 describes a method in which two electrodes of different polarity and the electric field lines generated therewith on the skin of a patient acupuncture points within the range of action of these electric fields are determined and determined.

Such resistance measurements inevitably require extraneous currents that may affect the physiology of the electroacupuncture point, making it difficult to achieve objective and reproducible measurement. Further disadvantages of the resistance measurement are that the measured value depends in particular on the measuring pressure on the acupuncture point and on the condition of the respective skin area, since the pH-value, salinity and moisture of the skin are constantly changing. This leads to a large variability of skin resistance. Thus, for example, a moist skin gives too low, a dry skin too high resistance values.

Accordingly, there have been various attempts to solve the problems underlying the resistance measurement and to obtain more objective and reproducible results with respect to the measurement of electrical resistances on the skin.

DE 30 48 358 describes a device for finding acupuncture points in which is displayed with the skin resistance measurement directly that skin resistance area that is crucial for the use of gold or silver needles for acupuncture. For this purpose, a point electrode is added to a ring electrode in the same stylus. The circuit measures the skin resistance between the first electrode of the stylus and another hand electrode. In addition, an audible indicator is activated when the voltage level across the resistor exceeds a value set by the setpoint potentiometer, leaving the reading from the measured pressure on the acupoint largely unaffected. However, in addition to the general disadvantages of skin resistance measurement, the problem here remains that the reproducibility of the measurement values is impaired by the use of an auxiliary current which adversely affects the physiology of the electroacupuncture point.

Other approaches pursue instead of the measurement of skin resistance for the determination of acupuncture points a measurement of the body's own potential differences without the use of external currents. For this purpose, the acupuncture meridians are regarded as channels through which electrical charges move from one area of the body to the other.

By the measured potential differences statements regarding the physiological condition of a patient as well as diagnoses of pathological conditions are possible.

The DE 197 17 337 describes a method and a device for the determination and quantitative measurement of the energy of acupuncture points, in which the voltage potentials and / or current flows in the anatomical area of an acupuncture point are measured. Here, a plus electrode made of base metal such as brass is used as the measuring electrode. The counterelectrode used is a negative electrode which is coated with a noble metal, for example gold or platinum.

The DE 197 17 766 describes a measuring device for measuring and evaluating electrical quantities of body surfaces and / or body points, which can indicate electrical quantities without external physical interference, such as extraneous currents. The device can display several measured quantities such as voltage, current or power together. The measurement is made by a measuring stylus whose tip is made of brass. The counter electrode used for measurement is a foot or hand electrode made of gold-plated brass.

However, all the methods described have the disadvantage in common that a determination of the stimulation area, in this case the acupuncture points, is possible only with the assistance of a person skilled in the art who carries out the corresponding method on the patient and the use of various electrical measuring devices.

The object of the present invention is therefore to provide a method in which the stimulation area can be reliably determined by the person concerned.

This object is achieved by a method according to one of claims 1 to 8.

1. a) aktives Anheben (2.1) der linken Hand der Person auf Höhe ihres linken Auges, wobei ein Abstand zwischen einschließlich 15 cm und einschließlich 45 cm zu ihrer linken Schläfe eingehalten wird, und zeitgleiches aktives Zusammendrücken von Daumen, Zeige- und Mittelfinger ihrer linken Hand,
2. b) aktives Hochführen (2.2) der linken Hand der Person über den Mittelpunkt ihres Kopfes (2.3), wobei der Abstand zwischen einschließlich 15 cm und einschließlich 45 zum Kopf in der Bewegung beibehalten wird,
3. c) aktives Hinführen (2.4) von Daumen, Zeige- und Mittelfinger der linken Hand zur Kopfhaut im Bereich des Mittelpunkt des Kopfes der Person in einem Winkel zwischen einschließlich 0 und einschließlich 20°,
4. d) aktives Abtasten des in Schritt c) erreichten Kopfbereichs der Person mit Daumen, Zeige- und Mittelfinger der linken Hand,
5. e) Festlegung von mindestens einem Stimulationsareals mit zum übrigen Kopf abweichender Kopfhaut und/oder Knochenbeschaffenheit.

This is a procedure for finding at least one stimulation area on a person's head, characterized by the following steps:

1. a) Active lifting (2.1) of the left hand of the person at the level of their left eye, keeping a distance of between 15 cm and 45 cm to their left temple, and simultaneous active squeezing of thumb, index and middle fingers of their left hand .
2. b) actively raising (2.2) the left hand of the person over the center of their head (2.3) while maintaining the distance between 15 cm inclusive and 45 inclusive to the head in the movement,
3. c) active insertion (2.4) of the thumb, index and middle fingers of the left hand to the scalp in the region of the center of the head of the person at an angle between 0 and 20 ° inclusive,
4. d) actively scanning the person's head area reached in step c) with the thumb, index and middle fingers of the left hand,
5. e) Definition of at least one stimulation area with a head deviating from the remaining head and / or bone texture.

Surprisingly, the method steps carried out as described result in the person independently finding the stimulation area suitable for a particular indication with great reliability and reproducibility. It was surprisingly found that the "stimulation area" can be a certain area or else a single point on the person's head. The found stimulation area is thus not necessarily limited to certain meridians on which, for example, the classic acupuncture points are located. Further knowledge about the meridian systems, on the basis of which acupuncture cards can be used to determine specific acupuncture points, is therefore unnecessary.

It is preferably provided that the distance between the hand and the temple or the person's head is between 20 cm and 40 cm inclusive, more preferably between 25 cm and 35 cm inclusive, and even more preferably between 27 cm and 33 cm inclusive cm is.

The terms "active lifting", "active squeezing", "active hauling", etc., imply that the person carries out the respective method step automatically - if necessary under instruction and / or supervision by an auxiliary person.

The method described is also referred to by the inventors as "module 2" and is described in US Pat Fig. 2 shown. As a rule, this "module 2" is preceded by a "module 1", which is described below.

However, experience of the inventors has shown that in some cases, after only a few sessions, the "module 2" alone is sufficient for the definition of the stimulation area, i. that in this case the "Module 1" is dispensable after a few sessions.

• α) aktives Anheben der linken Hand der Person auf Höhe ihres linken Auges, wobei ein Abstand zwischen einschließlich 15 cm und einschließlich 45 cm zu ihrer linken Schläfe eingehalten wird, und zeitgleiches aktives Zusammendrücken von Daumen, Zeige- und Mittelfinger ihrer linken Hand,
• β) aktive Angabe des aktuellen Beschwerdelevels der Person anhand eines analogen Beschwerdelevel-Messsystems,
• χ) Nachverfolgen von Fingerbewegungen einer Hilfsperson mit den Augen bei gleichzeitig stillgehaltenem Kopf, wobei die Hilfsperson die folgenden Fingerbewegungen im Abstand zwischen einschließlich 25 und einschließlich 75 cm von der Person und in Augenhöhe der Person durchführt:
  • i) Bewegung über eine Strecke zwischen einschließlich 25 und einschließlich 75 cm vertikal nach oben, und wieder zurück auf Augenhöhe (1.1),
  • ii) Bewegung über eine Strecke zwischen einschließlich 25 und einschließlich 75 cm nach - von der Person aus gesehen - unten links, und zurück auf Augenhöhe (1.2)
  • iii) Bewegung über eine Strecke zwischen einschließlich 25 und einschließlich 75 cm nach - von der Person aus gesehen - unten rechts, und zurück auf Augenhöhe (1.3),
  • iv) Kreisbewegung im Uhrzeigersinn mit einem Durchmesser von zwischen einschließlich 50 cm und einschließlich 150 cm, und zurück auf Augenhöhe (1.4),
  • v) Kreisbewegung gegen den Uhrzeigersinn mit einem Durchmesser von zwischen einschließlich 50 cm und einschließlich 150 cm, und zurück auf Augenhöhe (1.5),
  • vi) horizontale Bewegung auf Augenhöhe über eine Strecke zwischen einschließlich 25 und einschließlich 75 cm nach - von der Person aus gesehen - links, und zurück (1.6),
  • vii) horizontale Bewegung auf Augenhöhe über eine Strecke zwischen einschließlich 25 und einschließlich 75 cm nach - von der Person aus gesehen - rechts, und zurück (1.7).

The method is further characterized in that the method steps listed can be preceded by the following method steps (module 1):

• α) actively raising the left hand of the person at the level of their left eye, keeping a distance of between 15 cm and 45 cm inclusive to their left temple, and simultaneously actively compressing the thumb, index and middle fingers of their left hand,
• β) active indication of the person's current complaint level using an analog complaint level measuring system,
• χ) Following the finger movements of an assistant with the eyes while keeping his head still, with the assistant performing the following finger movements at a distance of between 25 and 75 cm inclusive from the person and at eye level of the person:
  • i) movement over a distance between 25 and 75 cm inclusive vertically upwards, and back again at eye level (1.1),
  • ii) Movement over a distance of between 25 and 75 cm inclusive - as seen from the person - lower left, and back to eye level (1.2)
  • (iii) movement over a distance of between 25 and 75 cm inclusive, as seen from the person below on the right, and back to eye level (1.3),
  • (iv) Clockwise circular movement with a diameter of between 50 cm and 150 cm inclusive, and back to eye level (1.4),
  • v) counterclockwise circular movement with a diameter of between 50 cm and 150 cm inclusive, and back to eye level (1.5),
  • (vi) horizontal movement at eye level over a distance of between 25 and 75 cm inclusive, as seen from the person to the left, and back (1.6),
  • vii) horizontal movement at eye level over a distance of between 25 and 75 cm inclusive, as seen from the person to the right, and back (1.7).

Surprisingly, the method steps of module 1 defined here by the inventor of the present invention lead to a bilateral brain stimulation which sensitizes the person and enables him to find the said stimulation area independently with the aid of the steps of module 2.

It is preferably provided that the distance between the hand and the temple or the person's head is between 20 cm and 40 cm inclusive, more preferably between 25 cm and 35 cm inclusive, and even more preferably between 27 cm and 33 cm inclusive cm is.

The assistant is preferably in a basic position, holding her right index finger at eye level in front of the nasal root of the person concerned. This is preferably the position in which the finger is returned after each movement. The basic position is vividly with in Fig. 1 (Images without reference) shown.

Preferably, it is also provided that the assistant performs her finger movements with the index finger of her right hand.

It is also preferred that the assistant perform her finger movements with the index finger of her right hand over a distance of between 30 cm and 70 cm inclusive, more preferably over a distance of between 35 cm and 65 cm inclusive, more preferably over a distance between 40 cm and including 60 cm, more preferably over a distance of between 45 cm and 55 cm inclusive.

The indication of the current level of complaints is based on a complaint level measurement system, in which the degree of complaints is preferably oral or by showing on a visual analogue scale (VAS).

The decisive factor here is that the person is made aware of this form of complaint by specifying the level of the complaint in relation to a particular type of complaint, which makes it possible to find a suitable area of stimulation for this type of complaint.

The visual analogue scales (VAS) are used to measure subjective settings such as pain and / or stress complaints. It is preferably a line whose endpoints represent extreme conditions (no pain and / or stress-unbearable pain and / or stress). The subjective sensation is quantified by a vertical line on the line from 0 to 10 ( Fig. 3 ).

• eine Delle im Knochen,
• sulzige Beschaffenheit,
• Druckempfindlichkeit,
• Schmerzempfindlichkeit,
• gesteigertes Hitze- oder Kälteempfinden,
• Sensibilitätsänderung, Juckreiz,
• Stechendes Gefühl bei Berührung und/oder
• Klopfendes Gefühl bei Berührung

auszeichnet.Furthermore, the method is characterized in that the deviating scalp and / or bone condition in step e) contains at least one of the features selected from the group

• a dent in the bone,
• sulky texture,
• Tenderness,
• Pain sensitivity,
• increased heat or cold sensation,
• Sensitivity change, itching,
• Stinging sensation when touched and / or
• Bumping feeling when touched

distinguished.

Again, it is crucial that the person is sensitized with respect to the deviating scalp and / or bone condition, so as to be able to automatically localize the deviation (step e)) by active scanning in step d).

Active insertion of the thumb, index and middle fingers of the left hand to the scalp in step c) is further characterized in that it is a hyperbolic movement. This movement is clearly indicated by the reference numeral 2.4 in Fig. 2 shown.

The placement of the stimulation area can be objectively verified by a kinesiological muscle test in which the person forms his thumb and forefinger into a circle (letter "O") on which the muscular force is tested by pulling.

This is the so-called kinesiological myostasis test, which results from the so-called O-ring test according to Dr. med. Derived from Omura and modified by H. Konzelmann so that the test results are objectively metrologically with little equipment. It is a combination of reaction time and compensation force test, with mainly reaction time changes responsible for the regulatory changes in test results. The degree of relative change from one test situation to the other is in the foreground. For the test, the person (also referred to as subject) vigorously forms thumb and forefinger into a ring, while a second person (also referred to as a coach) tries to open this ring by pulling. The coach can exercise powers up to about 130 N. If the test person can not hold the fingertips together reproducibly with the same load, there is probably an impairment. The ability of the subject to stabilize his muscle tension against a fast external pull pulse depends crucially on the quality of the internal information transfer of his reaction speed. This is essentially subject to the influence of bioenergetic conditions: for example, illnesses, fatigue, tiredness, nutritional delay, Dehydration, alcohol or tranquilizers cause a deterioration of the reaction qualities. In addition, kinesiological factors such as jewelry / metal, glasses, sound waves, magnetic fields, lighting / neon light, thirst, temperature of drinks, ventilation of the experimental room, plastic chairs, metal chairs, chairs, line of sight, hand posture, scars of operations, implants, seals Type / material, textiles, shoes, metal buckles and buttons ( Heyartz, Susanne: Kinesiology - Review of basic kinesiological aspects; Dipl.-Work Faculty of Psychology, 1996, Ludwig-Maximilians-University Münch s).

An essential advantage of the myostasis test is e.g. the fact that it is possible to dispense with measuring currents and equipment expenditure. The skin moisture also plays no role and the reproducibility reduces the error rate and allows a rapid evaluation. In addition, it is easily applicable in practice both for diagnosis and therapy.

• Akupunkturpunkt
• Akupressurpunkt
• Shiatsupunkt, und/oder
• Moxibustionspunkt

auf.The stimulation area thus found preferably has at least one stimulation point selected from the group comprising

• acupoint
• acupressure point
• Shiatsu point, and / or
• Moxibustionspunkt

on.

• Akupunktur;
• Moxibustion;
• Akupressur;
• Shiatsu;
• Akupunktmassage nach Penzel;
• Klopfakupressur;
• Magnetfeldtherapie
• Lichtstimulation;
• Stimulation mit ätherischen Ölen;
• Applikation von allopatischen Medikamenten oder homöopathischen Medikamenten.

Both the entire pacing area and the stimulation points therein are stimulated by one or more of the following procedures, depending on their location:

• Acupuncture;
• moxibustion;
• acupressure;
• Shiatsu;
• Acupuncture massage according to Penzel;
• Acupressure tapping;
• magnetic therapy
• Light stimulation;
• Stimulation with essential oils;
• Application of allopatic drugs or homeopathic medicines.

Acupuncture is a treatment concept of Traditional Chinese Medicine (TCM). It is essentially based on the piercing of a needle at a specific acupuncture point. Acupuncture assumes the existence of 361 acupuncture points located on the meridians. Accordingly, there are twelve major meridians, each of which is a mirror image on both sides of the body paired, eight extraneridians and a number of so-called extra points. In the opinion of Traditional Chinese Medicine, piercing the needles affects the flow of qi (life energy). A special form of acupuncture is the electroacupuncture, in which the electrical skin resistance is measured against a reference point via a stimulation current at various acupuncture points. In the case of laser acupuncture, in turn, the body parts are irradiated either flat, or the individual acupuncture points targeted, whereas in magnetic acupuncture certain five-element magnets are set.

Moxibustion is also a traditional Chinese medicine treatment and is considered as one of the acupuncture equivalent treatment. In so-called moxa therapy, small amounts of dried, fine mugwort fibers are burned on or over acupuncture points. Mugwort ( Artemnisia vulgaris ) is a well-known medicinal and spice plant and has been the subject of numerous scientific studies. The heat that acts on the meridian system via the therapy points depends greatly on the type of application, such as moxibustion with sage cones, moxa cigar, needle moxa or moxa plaster.

Acupressure is a healing method that is particularly used in traditional Chinese medicine (TCM) and Japanese medicine. As with acupuncture, meridians and their tsubo, ie certain pressure points, are used. In contrast, the shiatsu uses the whole body.

Shiatsu is a form of body therapy developed in Japan, which originated from traditional Chinese massage (Tuina). At the beginning of the 20th century were combined various forms of energetic bodywork and manual treatments in Japan and united under the name of Shiatsu to distinguish themselves from pure relaxation massages. Translated literally Shiatsu means "finger pressure", but the treatment includes much more: the whole body is used to touch. Unlike acupuncture and acupressure, shiatsu not only stimulates individual points on the body.

Another treatment technique based on the Chinese Tuina is the acupuncture massage according to Penzel (APM), which works in contrast to acupuncture without needles. The APM works with external mechanical pressure, with the therapist stroking a metal rod along the established course of the acupuncture meridians. In addition, as in acupressure, individual acupuncture points are directly stimulated.

The Knockakupressurtechniken in which the patient is treated by knocking or throbbing, are used in particular in the so-called "energetic psychology". These include Thought Field Therapy (TFT), Mental Field Therapy (MFT) or Emotional Freedom Techniques (EFT).

Magnetic field therapy utilizes large-area pulsed magnetic fields of extremely low frequency for therapeutic purposes. This is the direct action of such fields with specific intensity and frequency modulation. Both factors depend on the clinical picture and are fundamentally different depending on the indication. Among other things, the body's defenses are strengthened and blood circulation in the vessels is significantly improved. Furthermore, the oxygen supply of the cell is raised, thereby increasing the energy metabolism. It is known that in various diseases, the interface potentials of the cell in the organism appear to be changed in relation to the normal value and thereby the cell function is impaired. At this point, the magnetic field intervenes and normalizes with the above-mentioned physical effects. It completely permeates the body, and therefore also every cell, with which its fields of application are almost all-embracing.

Light stimulation is a method of psychosomatic treatment using light pulses. Here exists in particular the rhythmic light stimulation (RLS). RLS uses colored pulsating light that shines in the eyes. The evaluations of Clients during RLS sessions have found that certain topics are associated with each hue. For certain reactions, specific shades are used. The pulse rhythm generally causes the brain to become alert and generate specific brain current patterns. Additional eye movements, breathing work and sounds can change the mental and physical processes even more deeply. The technique was developed by the American psychologist dr. Steven Vasquez develops.

The stimulation with essential oils comes predominantly from the Indian Ayurveda [that is true] and can calming, relaxing, stimulating, balancing, antispasmodic and also germicidal effect. The oils are absorbed through the skin, mucous membranes and nose. In addition, the oils activate self-healing powers of the body and can thus restore and enhance well-being.

Allopathic medicines are medicines that are administered as part of conventional medical treatment. These may be both natural and synthetic. According to the invention, said allopathic medicaments may preferably be anesthetics such as e.g. Procaine, novocaine, neocaine, procaine, scandicain, benzocaine or apothesin.

Homeopathic medicines are medicines that are administered as part of a homeopathic therapy, the principle of which is the principle of similarity. The decisive selection criterion for a homeopathic medicine is therefore that it can produce symptoms similar to those in which the patient suffers. The patient receives the selected agent in the lowest possible dose and in a specially prepared, "potentiated" form. In this preparation method, the drug substance is gradually shaken with water or alcohol or triturated with lactose and thereby often so extremely diluted that the starting material is no longer detectable. In this way, unwanted effects of the substance should be minimized. Many homeopaths believe that the preparation process increases the desired effect at the same time.

The method according to the invention can be used inter alia in the following clinical pictures: migraine, headache, pain, back pain, intervertebral disc disease; Burn out syndrome, allergies, skin diseases, asthma, rheumatism, muscular diseases, stomach and intestinal diseases, neurological disorders, mental and emotional blockages such as anxiety, stress, despair, anger, envy, frustration, worry, fatigue or resignation.

The efficacy of the method according to the invention is demonstrated by the following exemplary embodiments, in which an improvement of various physiological parameters when using the method in conjunction with an attached acupuncture stimulation is shown.

Figures and examples:

• Fig. 1 shows the movements occurring during "Module 1" which the assistant (shown in black) makes with his hand to cause bilateral brain stimulation in the person concerned (shown in gray). These are the following steps:
  • 1.1 Movement over a distance of 50 cm vertically upwards, and back again at eye level
  • 1.2 movement over a distance of 50 cm after - as seen from the person - lower left, and back to eye level,
  • 1.3 Movement over a distance of 50 cm after - as seen from the person - lower right, and back to eye level,
  • 1.4 Clockwise circular motion with a diameter of 100 cm, and back to eye level,
  • 1.5 counterclockwise circular movement with a diameter of 100 cm, and back to eye level,
  • 1.6 horizontal movement at eye level over a distance of 50 cm after - as seen from the person - left, and back,
  • 1.7 horizontal movement at eye level over a distance of 50 cm after - from the person - right, and back.
• Fig. 2 shows the movements taking place during "Module 2", which the assistant performs automatically, if necessary under instruction and / or supervision by an assistant. These are the following steps:
  • 2.1 actively raising the left hand of the person at the level of their left eye, keeping a distance of 30 cm from their left temple, and simultaneously actively compressing the thumb, index and middle fingers of their left hand,
  • 2.2 actively raising the left hand of the person over the
  • 2.3 center of her head, maintaining the distance of 30 cm to the head in the movement,
  • 2.4 active insertion of the thumb, index and middle fingers of the left hand to the scalp in the region of the center of the head of the person at an angle of 15 °.
  This is followed by actively scanning the person's head area reached in step c) with the thumb, index and middle fingers of the left hand, and then fixing at least one stimulation area with a scalp and / or bone condition deviating from the rest of the head.
• Fig. 3 shows a visual analog scale (VAS) as used to measure subjective settings, eg, pain and / or stress complaints. Here, on a vertical line whose extremes are extreme states ("0" no pain and / or stress "10" unbearable pain and / or stress), the subjective sensation is shown by pointing, verbal communication or drawing a vertical line on the Line from 0 ("ok") to 10 ("high stress") quantified.
• Fig. 4 : It is the elimination of lactose intolerance by lactase normalization after stimulation of the area shown by the glucose levels in the blood.
• Fig. 5 : The graph shows the amount of leukocytes, granulocytes and lymphocytes before and after stimulation of the area in acute intoxication.
• Fig. 6 : The graph shows improvement / normalization of immune system parameters, here leucocytes after stimulation of the area in cold sores with simultaneous scientific detection of mercury in the granulation tissue.
• Fig. 7 : There is a normalization of neutral fat in the blood (measured as triglycerides) after stimulation.
• Fig. 8 : The graph shows the normalization of the arteriosclerosis factor homocysteine after 10-fold stimulation from two different stimulation areas.
• Fig. 9 shows a marked decrease in the inflammatory parameter CRP after 10-fold stimulation from two different stimulation areas.
• Fig. 10 : The graph shows the excretion of mercury in urine (data in μg / l) before and after stimulation.
• Fig. 11 : The graph shows the excretion of arsenic (data in μg / l) in urine before and after stimulation. Data in μg / l.
• Fig. 12 : The graph shows the excretion of nickel (in μg / l) in urine before and after stimulation. Data in μg / l.
• Fig. 13 : The graph shows the excretion of chromium (data in μg / l) in urine before and after stimulation. Data in μg / l.
• Fig. 14 : The graph shows the excretion of zinc (in μg / l) in urine before and after stimulation. Data in μg / l.
• Fig. 15 : The graph shows the excretion of aluminum (data in μg / l) in urine before and after stimulation. Data in μg / l.

Example 1: Elimination of lactose intolerance by lactase normalization

Lactose intolerance, also referred to as lactose intolerance, lactose malabsorption, lactase deficiency syndrome or alactasia, does not digest the lactose ingested as a result of the lack or decrease in the production of the digestive enzyme lactase. Lactase is produced by all mammals during lactation, it splits the milk sugar into the usable sugars galactose and glucose. If unripened lactose reaches humans in the colon, it is released by Intestinal bacteria ingested and fermented. The fermentation products lead among other things to flatulence and osmotic diarrhea (diarrhea).

The present lactose intolerance was treated with the described method (5 times) over a period of 1 month. Previously, lactose intolerance was assessed by means of a blood sugar test, which detects the blood glucose level. In this case, the activity of the lactase in a defined administration of lactose is determined by an increase in the concentration of glucose in the blood. Since glucose and galactose are fission products of lactose, the glucose value (blood sugar value) would have to increase with the administration of lactose. If this is not the case, the suspicion of lactose intolerance is close.

As in Fig. 4 can be seen, there was only a small increase in glucose levels from 87 mg to 100 mg within one hour prior to treatment. After 5-fold stimulation, the glucose value increased to 130 mg after half an hour, which represents a significant improvement.

Example 2: elimination of an intoxication

An intoxication can have serious consequences, which can be seen among other things in the blood picture of the patient. The leuko-granulo- and lymphocytes initially increase rapidly. In the example, before and after the stimulation of the discovered area, a blood picture was taken every 10 days ( Fig. 5 ). Both the leukocytes and segmented granulocytes, which are important for the immune system, and the lymphocytes responsible for the specific defense, have dropped significantly after treatment.

Example 3: Improvement / Normalization of Immune System Parameters

Another example of the successful stimulation of the discovered area is the improvement of the immune system represented by the leukocytes ( Fig. 6 ) in cold sores and simultaneous detection of mercury in the granulation tissue. The leukocyte counts have decreased significantly after stimulation. In addition, a normalization of pancreatic amylase and the discharge of 5 metals in the urine were found.

Example 4: Neutral Fat Normalization

The normal value for triglycerides in humans is below 180 mg / dl or below 2 mmol / l. An elevated level is found in various diseases and is described as hypertriglyceridemia. In the example, without change in eating habits and other habits after each 5-fold stimulation once with and once without previous brain stimulation, a significant drop in neutral fats, measured here as triglycerides, from about 220 mg / dl to 140 mg / dl within two and a half Months ( Fig. 7 ).

Example 5: Normalization of the atherosclerosis factor homocysteine

L-homocysteine (Hcy) is a naturally occurring (non-proteinogenic) amino acid. Increased blood levels for homocysteine may result in damage to the blood vessels such as arteriosclerosis. It is also closely related to dementia in old age. Normal laboratory values during the blood test are between 5 and 10 μmol / l. In the present example, two different stimulation areas were stimulated 10 times each over a period of two and a half months. The homocysteine level could be lowered from approx. 18.5 μmol / l to 10 μmol / l ( Fig. 8 ). A herpes zoster as concomitant disease was also declining.

Example 6: Normalization of the inflammatory parameter CRP

CRP or capsule-reactive protein is a pentagonal carbohydrate protein that is formed in the liver. It is part of the acute phase proteins, i. Proteins in the blood, which increase in inflammatory diseases (infectious or non-infectious). Therefore, CRP is used as a nonspecific inflammatory parameter among others for evaluating the severity of inflammatory diseases. Even without clinical symptoms, increased CRP concentrations must always be clarified. CRP is also present in healthy people in the blood. Normal values for adults are up to 10 mg / l or 1 mg / dl.

In the present example, after 10-fold stimulation of 2 different areas, the CRP value could be reduced to below 1 μmol over a period of 6 weeks ( Fig. 9 ). At the same time, the clinical findings, namely the restoration of the mobility of all wrist and finger joints as well as both hocks in rheumatoid arthritis improved.

Example 7: Pollutant excretion in urine

Many diseases are associated with an increased burden on the whole organism with regard to toxic metals such as mercury, aluminum or nickel, but also an increase in the otherwise necessary trace elements such as zinc or chromium, as well as the still disputed trace element arsenic. The discharge of these metals and trace elements via the urinary tract can in many cases lead to an improvement of the clinical findings and at the same time contribute to a detoxification of the whole organism.

In the present example, chronic generalized dermatosis could be eliminated by stimulating the patient with the increased release of mercury ( Fig. 11 ). The analysis of mercury in urine selectively detects the exposure to inorganic mercury, as organic mercury compounds are excreted through the stool. In addition, the stimulation achieved a stabilization of the general condition and resilience.

The same applies to the increased release of nickel after 5-fold stimulation of the discovered area, by which a significant decrease of a chronic inflammatory bowel disease (colitis ulcerosa) could be detected coloscopically ( Fig. 12 ). This was accompanied by the decline in the inflammatory parameters.

In further experiments, the increased release of arsenic ( Fig. 11 ), Chrome ( Fig. 13 ) and aluminum ( Fig. 15 ) after stimulation of the discovered area various improvements in clinical findings, but also improvements in the general condition of the patients, such as the significant increase in memory performance after 5-fold stimulation and thus achieved discharge to aluminum achieved.

In the discharge of zinc it behaves as shown in the graph ( Fig. 14 ) the opposite is true, ie stimulation of all the areas found has led to an increased consumption of zinc, which is used to metabolise nonspecific toxins in the organism that can not be detected in the urine.

Claims (8)

Method for finding at least one stimulation area on a person's head, characterized by the following steps: f) actively raising (2.1) the left hand of the person at the level of their left eye, keeping a distance of between 15 cm and 45 cm to their left temple, and simultaneously actively compressing the thumb, index and middle fingers of their left hand . g) actively raising (2.2) the left hand of the person over the center of their head (2.3), maintaining the distance between 15 cm inclusive and 45 inclusive to the head in the movement, h) actively leading (2.4) the left hand, index and middle finger of the left hand to the scalp in the region of the center of the head of the person at an angle between 0 and 20 ° inclusive, i) actively scanning the person's head area reached in step c) with the thumb, index and middle fingers of the left hand, j) definition of at least one stimulation area with a scalp deviating from the rest of the head and / or the condition of the bone. Method according to claim 1, characterized in that the method steps listed in claim 1 are preceded by the following method steps: δ) actively raising the left hand of the person at the level of their left eye, keeping a distance of between 15 cm and 45 cm inclusive to their left temple, and simultaneous active squeezing of the thumb, index and middle fingers of their left hand, ε) active indication of the current complaint level of the person on the basis of an analog complaint level measuring system, φ) Tracking finger movements of an assistant with the eyes while holding his head still while the assistant performs the following finger movements at a distance of between 25 and 75 cm inclusive from the person and at eye level of the person: i) movement over a distance between 25 and 75 cm inclusive vertically upwards, and back again at eye level (1.1), ii) Movement over a distance of between 25 and 75 cm inclusive - as seen from the person - lower left, and back to eye level (1.2) (iii) movement over a distance of between 25 and 75 cm inclusive, as seen from the person below on the right, and back to eye level (1.3), (iv) Clockwise circular movement with a diameter of between 50 cm and 150 cm inclusive, and back to eye level (1.4), v) counterclockwise circular movement with a diameter of between 50 cm and 150 cm inclusive, and back to eye level (1.5), (vi) horizontal movement at eye level over a distance of between 25 and 75 cm inclusive, as seen from the person to the left, and back (1.6), vii) horizontal movement at eye level over a distance of between 25 and 75 cm inclusive, as seen from the person to the right, and back (1.7). A method according to claim 2, characterized in that the complaint level on the basis of a visual analog scale with a range of 0 (no complaints) to 10 (strong complaints) is determined. Method according to one of the preceding claims, characterized in that the deviating scalp and / or bone condition in step e) by at least one of the features selected from the group containing A dent in the bone, • sulphurous texture, • pressure sensitivity, • sensitivity to pain, • increased sensation of heat or cold, • Sensitivity change, itching, • Stinging sensation when touched and / or • Bumping sensation when touched distinguished. Method according to one of the preceding claims, characterized in that the introduction to the head in step c) is a hyperbolic movement. Method according to one of the preceding claims, characterized in that the determination of the stimulation area is checked by a kinesiological muscle test, in which the person forms his thumb and forefinger in a circle (letter "O") on which the muscular force is tested by train. Method according to one of the preceding claims, characterized in that the stimulation area contains at least one stimulation point selected from the group • Acupuncture point • Acupressure point • Shiatsu point, and / or • Moxibustion point having. Method according to one of the preceding claims, characterized in that the stimulation area is stimulated by at least one method which is selected from the group comprising: • acupuncture; • moxibustion; • acupressure; • shiatsu; • acupuncture massage according to Penzel; • knock acupressure; • Magnetic field therapy • light stimulation; • stimulation with essential oils; • Application of allopatic drugs or homeopathic medicines.

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