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Graph 4: Energy state of meridians after the sound applicatio1

Figure 7 Graph 4: Energy state of meridians after the sound applicatio1

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Table 1: Shu points and musical notes The different musical intervals can also present energetic and physiological distinct
Table 1: Shu points and musical notes The different musical intervals can also present energetic and physiological distinct
Table 2: Frequencies, notes, weight, height and diameters of bowls
Table 2: Frequencies, notes, weight, height and diameters of bowls
C#, D, D#, E, F, G, G#, A, A#, B and C) and distributed around the patient. Once lying ina
C#, D, D#, E, F, G, G#, A, A#, B and C) and distributed around the patient. Once lying ina
Graph 1: Energy state of meridians before the sound application (right side) were in an excessive state.
Graph 1: Energy state of meridians before the sound application (right side) were in an excessive state.
After application of sound bath, it was possible to see a change in the energy states of the meridians.
After application of sound bath, it was possible to see a change in the energy states of the meridians.
The meridians, in the first test, showed a percentage of 21% in deficiency; 13% in
The meridians, in the first test, showed a percentage of 21% in deficiency; 13% in
Second Test Table 5: Percentage of syndromes before and after the sound application
Second Test Table 5: Percentage of syndromes before and after the sound application
Graph 3: Energy state of meridians before the sound application (‘right side) were in a hyperactivity state; SP (right side), HT (right side), PC (right side) and
Graph 3: Energy state of meridians before the sound application (‘right side) were in a hyperactivity state; SP (right side), HT (right side), PC (right side) and
After application of sound bath, it was possible to see a change in the energy states of
After application of sound bath, it was possible to see a change in the energy states of
Second Test
Second Test
The meridians, in the first test, showed a percentage of 25% in deficiency; 12% in
The meridians, in the first test, showed a percentage of 25% in deficiency; 12% in
Graph 5: Energy state of meridians before the sound application side), BL (right side) and PC (right side) were in an excessive state.
Graph 5: Energy state of meridians before the sound application side), BL (right side) and PC (right side) were in an excessive state.
After application of sound bath, it was possible to see a change in the energy states of the meridians.
After application of sound bath, it was possible to see a change in the energy states of the meridians.
Second Test
Second Test
The meridians, in the first test, showed a percentage of 25% in deficiency; 21% in
The meridians, in the first test, showed a percentage of 25% in deficiency; 21% in
side) and LV (right side) were in a hyperactivity state; and LV (left side) was in an excessive
side) and LV (right side) were in a hyperactivity state; and LV (left side) was in an excessive
After application of sound bath, it was possible to see a change in the energy states of
After application of sound bath, it was possible to see a change in the energy states of
Graph 8: Energy state of meridians after the sound application
Graph 8: Energy state of meridians after the sound application
Second Test Table 14: Percentage of syndromes before and after the sound application
Second Test Table 14: Percentage of syndromes before and after the sound application
The meridians, in the first test, showed a percentage of 0% in deficiency; 29% in
The meridians, in the first test, showed a percentage of 0% in deficiency; 29% in
side), ST (right side), HT (right side) and GB (right side) were in hyperactivity state; LV
side), ST (right side), HT (right side) and GB (right side) were in hyperactivity state; LV
Table 15: Syndromes and energy status of the meridians before the sound application represents the energy status of the meridians before application and the pink one represents
Table 15: Syndromes and energy status of the meridians before the sound application represents the energy status of the meridians before application and the pink one represents
the energy states after sound bath application.
the energy states after sound bath application.
Second Test
Second Test
The meridians, in the first test, showed a percentage of 8% in deficiency; 17% in
The meridians, in the first test, showed a percentage of 8% in deficiency; 17% in
Graph 11: Energy state of meridians before the sound application
Graph 11: Energy state of meridians before the sound application
After application of sound bath, it was possible to see a change in the energy states of
After application of sound bath, it was possible to see a change in the energy states of
Graph 12: Energy state of meridians after the sound applicatior
Graph 12: Energy state of meridians after the sound applicatior
Second Test
Second Test
The meridians, in the first test, showed a percentage of 8% in deficiency; 33% in hypo-activity; 33% in balance; 4% in hyperactivity and 21% in excessive state. After
The meridians, in the first test, showed a percentage of 8% in deficiency; 33% in hypo-activity; 33% in balance; 4% in hyperactivity and 21% in excessive state. After
Graph 13: Energy state of meridians before the sound application (left side), HT (right side) and LV (right side) were in an excessive state.
Graph 13: Energy state of meridians before the sound application (left side), HT (right side) and LV (right side) were in an excessive state.
After application of sound bath, it was possible to see a change in the energy states of the meridians.
After application of sound bath, it was possible to see a change in the energy states of the meridians.
First Test Second Test
First Test Second Test
The meridians, in the first test, showed a percentage of 29% in deficiency; 4% in
The meridians, in the first test, showed a percentage of 29% in deficiency; 4% in
Graph 15: Energy state of meridians before the relaxation excessive state.
Graph 15: Energy state of meridians before the relaxation excessive state.
Table 24: Syndromes and energy status of the meridians before the relaxation After relaxation, it was possible to see a change in the energy states of the meridians.
Table 24: Syndromes and energy status of the meridians before the relaxation After relaxation, it was possible to see a change in the energy states of the meridians.
Graph 16: Energy state of meridians after the relaxation
Graph 16: Energy state of meridians after the relaxation
Syndrome Second Test Table 26: Percentage of syndromes before and after the relaxation
Syndrome Second Test Table 26: Percentage of syndromes before and after the relaxation
The meridians, in the first test, showed a percentage of 12% in deficiency; 4% in
The meridians, in the first test, showed a percentage of 12% in deficiency; 4% in
Graph 17: Energy state of meridians before the relaxation
Graph 17: Energy state of meridians before the relaxation
After relaxation, it was possible to see a change in the energy states of the meridians.
After relaxation, it was possible to see a change in the energy states of the meridians.
Graph 18: Energy state of meridians after the relaxation
Graph 18: Energy state of meridians after the relaxation
Second Test
Second Test
The meridians, in the first test, showed a percentage of 4% in deficiency; 13% in hypo-activity; 58% in balance; 21% in hyperactivity and 4% in excess. After relaxation, the
The meridians, in the first test, showed a percentage of 4% in deficiency; 13% in hypo-activity; 58% in balance; 21% in hyperactivity and 4% in excess. After relaxation, the
was in an excessive state. >P (right side), GB (right side) and LV (right side) were in a hyperactivity state; LV (left side)
was in an excessive state. >P (right side), GB (right side) and LV (right side) were in a hyperactivity state; LV (left side)
Second Test
Second Test
The meridians, in the first test, showed a percentage of 12,5% in deficiency; 12,5% in
The meridians, in the first test, showed a percentage of 12,5% in deficiency; 12,5% in
Graph 21: Energy state of meridians before the relaxation meridians were in an excessive state.
Graph 21: Energy state of meridians before the relaxation meridians were in an excessive state.
After relaxation, it was possible to see a change in the energy states of the meridians.
After relaxation, it was possible to see a change in the energy states of the meridians.
Graph 22: Energy state of meridians after the relaxation
Graph 22: Energy state of meridians after the relaxation
Second Test
Second Test
The meridians, in the first test, showed a percentage of 8% in deficiency; 28% in hypo-activity; 54% in balance; 30% in hyperactivity and 0% in excessive state. After
The meridians, in the first test, showed a percentage of 8% in deficiency; 28% in hypo-activity; 54% in balance; 30% in hyperactivity and 0% in excessive state. After
Graph 23: Energy state of meridians before the relaxation (right side) was in an excessive state. SI (left side), HT (right side), BL (right side) and PC (right side) were in a hyperactivity; SP
Graph 23: Energy state of meridians before the relaxation (right side) was in an excessive state. SI (left side), HT (right side), BL (right side) and PC (right side) were in a hyperactivity; SP
Table 36: Syndromes and energy status of the meridians before the relaxation After relaxation, it was possible to see a change in the energy states of the meridians.
Table 36: Syndromes and energy status of the meridians before the relaxation After relaxation, it was possible to see a change in the energy states of the meridians.
Graph 24: Energy state of meridians after the relaxation
Graph 24: Energy state of meridians after the relaxation
Second Test
Second Test
The meridians, in the first test, showed a percentage of 4% in deficiency; 25% in hypo-activity; 42% in balance; 25% in hyperactivity and 4% in excessive state. After
The meridians, in the first test, showed a percentage of 4% in deficiency; 25% in hypo-activity; 42% in balance; 25% in hyperactivity and 4% in excessive state. After
Graph 25: Energy state of meridians before the relaxation (right side), GB (right side) and LV (right side) were in an excessive state.
Graph 25: Energy state of meridians before the relaxation (right side), GB (right side) and LV (right side) were in an excessive state.
Table 39: Syndromes and energy status of the meridians before the relaxation After relaxation, it was possible to see a change in the energy states of the meridians.
Table 39: Syndromes and energy status of the meridians before the relaxation After relaxation, it was possible to see a change in the energy states of the meridians.
Graph 26: Energy state of meridians after the relaxation
Graph 26: Energy state of meridians after the relaxation
Second Test
Second Test
The meridians, in the first test, showed a percentage of 8% in deficiency; 12% in
The meridians, in the first test, showed a percentage of 8% in deficiency; 12% in
Graph 27: Energy state of meridians before the relaxation
Graph 27: Energy state of meridians before the relaxation
Table 42: Syndromes and energy status of the meridians before the relaxation After relaxation, it was possible to see a change in the energy states of the meridians.
Table 42: Syndromes and energy status of the meridians before the relaxation After relaxation, it was possible to see a change in the energy states of the meridians.
Graph 28: Energy state of meridians after the relaxation
Graph 28: Energy state of meridians after the relaxation
Table 43: Syndromes and energy status of the meridians after the relaxation The meridians, in the first test, showed a percentage of 0% in deficiency; 17% in
Table 43: Syndromes and energy status of the meridians after the relaxation The meridians, in the first test, showed a percentage of 0% in deficiency; 17% in
The data revealed that 86% of patients in the experimental group had an increased percentage of balanced meridians, while 86% of the control patients had a decrease of these percentages.
The data revealed that 86% of patients in the experimental group had an increased percentage of balanced meridians, while 86% of the control patients had a decrease of these percentages.
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PsychologyVibroacoustic Therapy and Vibroacoustic Sound TherapyIntegrative MedicineNatural MedicineQuantum Medicine
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