A Modern Clinical Approach of the Traditional Korean Saam Acupuncture (2) Saam Acupuncture Clinical Research

• Manyong Park^1,2 and Sungchul Kim^{1,2
  1}Wonkwang University Korean Medical Hospital, Department of Acupuncture & Moxibustion, Gwangju, Republic of Korea
  ²ALS Center of Wonkwang University Korean Medical Hospital, Gwangju, Republic of Korea
• Hindawi Publishing Corporation, Evidence-Based Complementary and Alternative Medicine, Volume 2015, Article ID 703439, 8 pages

To review clinical articles on Saam acupuncture, we used the following six databases: “Korean Studies Information Service
system (KISS)”, “National Discovery for Science Leaders (NDSL),” “Research Information Sharing Service (RISS),” “Oriental Medicine Advanced Searching Integrated System(OASIS),” PUBMED, and Google Scholar.T he key words were “Saam” and “Saam acupuncture.” The retrieved papers were screened so that only articles related to clinical research were retained. We selected 28 case studies and 17 clinical studies. 4.1. Saam Acupuncture Case Studies. Saam acupuncture has been applied for several diseases, and these are summarized in Table 3. However, the number of cases is low, and various therapeutic modalities were combined with Saam acupuncture except for some cases. Therefore, recognizing the effect that can be attributed to Saam acupuncture is difficult. Notably, treatments other than Saam acupuncture were well controlled in five cases. In the case of a sleep disorder caused by a traffic accident, tonification of gall bladder improved sleep quality [15]. In
traditional Chinese medicine (TCM), the gall bladder serves to buffer psychological anxiety. Because the cause of insomnia was determined to be a gallbladder deficiency, gallbladder tonification was selected as the solution.
Modified Saam acupuncture was used to treat 17 patients with refractory, sudden sensory-neuronal hearing loss of more than 3 weeks after a failed trial of conventional treatment including corticosteroids. The total improvement rate at 70.4 days after the initial visit was 47.1%. Thus, Saam acupuncture might be effective for refractory sensory neuronal hearing loss in which conventional therapy has failed [16].
A 30-year-old woman with a right adnexal mass was treated with Saam acupuncture for 14 weeks. After treatment, transvaginal sonography revealed disappearance of the right adnexal mass. This effect may have been evoked by modification of autonomic nerve activity as a result, for activity [17].
Modified Saam acupuncture (LU8, BL66, SI5, TE4, and CV12) was used to treat 10 cancer patients for 2 weeks with 4 sessions. CD3+, CD8+, and T-cell subsets were significantly increased and the fatigue severity scale score was significantly decreased. Therefore, Saam acupuncture may improve the immune system [18].
Finally, peripheral capillary oxygen saturation (SpO2) was significantly increased in 18 amyotrophic lateral sclerosis patients with respiratory dysfunction who were treated with lung tonification [19].

4.2. Saam Acupuncture Clinical Research. Clinical studies of Saam acupuncture were mainly performed in relation tomusculoskeletal pain and autonomic nervous system regulation (Table 4). Meridian identification was predominantly used when Saam acupuncture was applied tomusculoskeletal pain. For example, when leg pain and numbness were present due
to a herniated disc, bladder tonification was selected if the symptom occurred towards the back of the leg, and gall bladder tonification was used if the symptom occurred towards the lateral side of the leg, according to the flowing area of the meridian [20–22]. This principle was applied equally to knee pain derived from osteoarthritis [23], posterior ear pain due to Bell’s palsy [24], and chronic tension headache [25].Musculoskeletal pain-related clinical researches of Saam acupuncture mentioned above showed good results.
In clinical trials related to autonomic nervous system dysfunction, visceral pattern identification was used as the diagnostic criteria. For example, in case of Hwa-byung (Korean somatization disorder) [26–28], the heart or pericardium meridian, which is associated with psychological states in TCM, was selected. A tonification of pericardium was effective on the treatment of Hwa-byung. When the balance of the autonomic nervous system was disrupted by night-shift working [29], the gallbladder meridian that fits the psychological proportion was selected. A tonification of gallbladder could attenuate the imbalance between sympathetic and parasympathetic activities. When the face temperature dropped because of smoking [30], the fire acupoints of a fire organ (heart) and water organ (kidney) (HT8 and KI2, resp.) were selected as the treatment points. 5 of the 7 subjects showed increased temperatures after fire tonification treatment. In order to decrease hypertension in stroke patients [31], the bladder meridian, which has water and cold attributes, was applied. After 30 minutes of treatment, a tonification of the bladder meridian significantly depressed the systolic and diastolic blood pressure. Although the method of setting the test and control groups differed slightly for each study, the use of a sham needle device for the control group appears to be the most desirable condition for scientific research. The Park sham needle was used to blind the participants [32], and the Kim sham needle was used to blind both the practitioner and participants [30].
Comparing the simultaneous application of Saam acupuncture and general body acupuncture and a single application of general body acupuncture is not suitable [20–22] because the amount of stimulation is different. Treating the control group by needling a nonacupoint is also problematic because the selection of nonacupoint near the five shu points could result in similar neurobiological activity. Notably, no significant difference was observed between the test and control groups in the Hwa-byung
studies [26, 27]. In fatigue studies, the test group as well as the control group exhibited statistically significant effects in
the multidimensional fatigue scale [33].

References

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