• Journal of Acupuncture Research
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• 제21권2호
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• pp.205-222
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• 2004

Objective: To investigate the effects of acupointed Choksamni(ST36), Kokchi(LI11) and Arbitrary acupoint on NADPH-diaphorase, neuronal nitric oxide synthase(nNOS), neuropeptide Y(NPY) and vasoactive intestinal peptide(VIP) in the cerebral cortex of spontaneously hypertensive rats. Methods: The experimental groups were divided into four groups: Normal, Choksamni(ST36), Kokchi(LI11), arbitrary group. Needles were inserted into acupoints at the depth of 0.5 cm with basic insertion method. Such stimulation was applied continuously for 10 minutes, every other day, for 10 sessions of treatments. Thereafter we evaluated changes in NADPH-d-positive neurons histochemically and changes in nNOS, NPY and VIP-positive neurons immunohistochemically. Results : The optical densities of NADPH-d-positive neurons of all the Choksamni & Kokchi groups were significantly different in all areas of cerebral cortex as compared to arbitrary group. In motor1, sensory2, cingulate2, insular, peripheral, visual cortex there was a significant difference between Choksamni & Kokchi group. The optical densities of nNOS-positive neurons of Choksamni group were significantly different in all areas except for auditory, visual and pisiform cortex and Kokchi group in all areas except for auditory and pisiform cortex as compared to arbitrary group. And there was a significant difference in cingulate1, cingulate2, ectohinal, visual cortex between Choksamni & Kokchi group. The optical densities of NPY neurons of Choksamni group were significantly different in cingulate2, insular, pisiform cortex and Kokchi group in motor1, motor2, sensory1, cingulate2, ectorhinal cortex as compared to arbitrary group. And there was no significant difference between Choksamni & Kokchi group. The optical densities of VIP neurons of Choksamni group were significantly different in all areas except for motor1, auditory cortex and Kokchi group in sensory1, insular, ectorhinal, perirhinal, visual, pisiform cortex as compared to arbitrary group. And there was a significant difference in cingulate1, cingulate2, retrosplenial, auditory corterx between Choksamni & Kokchi group. Conclusion : Our results demonstrated that acupuncture on Choksamni(ST36) & Kokchi(LI11) changes the control activities of the NO system in the cerebral cortex of SHR and according to areas there were significant difference between two groups. In all cerebral cortex areas there were distributed NPY & VIP and there were no significant difference among Choksamni(ST36), Kokchi(LI11) and arbitrary group.

• Journal of Acupuncture Research
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• 제24권3호
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• pp.81-97
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• 2007

Objectives: The purpose of this study is to investigate the anti-oxidative effect of electroacupuncture at Kokchi($LI_{11}$) in rats. Methods: A study administer AAPH to the abdominal cavity of rats and stimulate Kokchi($LI_{11}$) of the rat that lead to oxidative stress by electropuncture. And the study survey serum albumin, total bilirubin, LDL-cholesterol, LDH, Glucose, GOT, GPT and measure SOD activity, GSH concentration, catalase activity, NO concentration, MDA concentration. Results: 1. At the analysis of blood chemistry Albumin and Glucose significantly increase at $LI_{11}$-NR group, $LI_{11}$-EA group than at control group and holder group. LDL cholesterol, GOT, GPT decrease meaningfully. 2. As results of measurement at liver, SOD, Catalase represnet significantly increase at $LI_{11}$-NR group and $LI_{11}$-EA group than at control group and holder group. 3. Glutathione has some increases at the $LI_{11}$-NR group and $LI_{11}$-EA group than at the control group and the holder group. 4. As a result of measurement of NO and MDA's content, the content of NO decrease at the $LI_{11}$-NR group than at the control group. That reduces more meaningfully at the $LI_{11}$-EA group than at the control group. MDA has a significant decrease at the $LI_{11}$-NR group and the $LI_{11}$-EA group. 5. At the histological analysis, the study confirm that the density of intracellular cytoplasm in the liver tissue decreases at the control group as compared with the Normal group and the size of cell increases. Conclusions : These results suppose that electroacupuncture at $LI_{11}$ has an anti-oxidant effect in human.

• Journal of Acupuncture Research
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• 제21권5호
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• pp.1-12
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• 2004

Objective : This study was to investigate the effect of acupuncture on NADPH-diaphorase and nNOS in the brain stem and cerebellum of spontaneously hypertensive rats. Methods : The experimental groups were divided into four groups : Normal, Choksamni(ST36), Kokchi(LI11), arbitrary group. Thereafter we evaluated changes in NADPH-diaphorase positive neurons histochemically and changes in nNOS neurons immunohistochemically. Results : 1. The optical densities of NADPH-diaphorase positive neurons of all the Choksamni & Kokchi groups were significantly different in SuG, DLPAG, IP, Pr, Gi areas of brain stem and cerebellum as compared to normal & arbitrary groups. In PPTg only Choksamni group was significantly different as compared to normal and arbitrary groups. 2. The optical densities of nNOS-positive neurons of Choksamni & Kokchi groups were significantly different in SuG, DLPAG areas of brain stem as compared to normal group. In IP, Pr only Kokchi group was significantly different as compared to normal group. The optical densities of nNOS-positive neurons of Choksamni & Kokchi groups were significantly different in SuG, DLPAG, PPTg, Pr, Gi areas of brain stem as compared to arbitrary group. In IP, Pr only Kokchi group was significantly different as compared to arbitrary group. 3. The optical densities of nNOS-positive neurons of all the Choksamni & Kokchi groups were not significantly different in cerebellum as compared to normal & arbitrary groups. Conclusions : We found out that acupuncture have effects on NADPH-diaphorase and nNOS in the brain stem and cerebellum of spontaneously hypertensive rats.

• 한국한의학연구원논문집
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• 제1권1호
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• pp.159-178
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• 1995

After acupuncture needles were inserted on apkok(LI4) and Kokchi(LI11) accupoints, physiological changes induced by the varitions of 'Qi' were measured. The body temperature and pulse frequency were fromed to be decreased observed and we presumed that the needle insertion induced some changes of Qi in meridian and this seemed to be achieved by a certain process of Qi induction. We applied EAV, nervinemeter and pulse-taking machine which is widely used as oriental medicine instruments, to the same vounteers and observed the significant variations for each apparatus in spite of partial lack of reproducibility. In this paper, we described about the physical quantity measured by the medical appartatus and how it was related to the variation of Qi The proper conditions used for good oriental medicine instruments have also been suggested.

• Korean Journal of Acupuncture
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• 제21권1호
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• pp.175-199
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• 2004

Objectives : To study acupuncture and moxibution treatments for stomatopathy( aphthae, oral ulceration, mycolic stomatitis, halitosis, thirst, bitter) the ancient and the present literatures were reviewed. Methods : We've got compared and analyzed 55 kinds of literatures. Results and Conclusions : 1. The acupuncture meridians used frequently for stomatopathy were $Su-yangmy\bar{o}ng-Taejang-ky\bar{o}ng(LI),\;Chok-yangmy\bar{o}ng-Wi-Ky\bar{o}ng(S),\;Immaek-Ky\bar{o}ng(CV)$. 2. The acupoints used frequently for aphthae were $Sungjang(CV_{24}),\;Yomchon(CV_{23}),\;Hapkok(LI_4),\;Nogung(P_8),\;Chok-samni(S_{36}),\;Hyopko(S_6),\;Sugu(GV_{26})$. 3. The acupoints used frequently for oral ulceration were $Hapkok(LI_4),\;Nogung(P_8),\;Chok-samni(S_{36}),\;Kokchi(LI_{11}),\;Sotaek(SI_1),\;Pisu(B_{20}),\;Wisu(B_{21}),\;Samgan(LI_3),\;Yomchon(CV_{23}),\;Chichang(S_4)$. 4. The acupoints used frequently for mycolic stomatitis were $Hapkok(L_4),\;Chichang(S_4),\;Hyopko\;(LI_4),\;Sungjang(CV_{24}),\;Samumgyo(SP_6)$. 5. The acupoints used frequently for halitosis were $Naejong(S_{44}),\;Chok-samni(S_{36}),\;Chung-wan\;(CV_{12}),\;Sang-wan(CV_{13}),\;Hawan(CV_{10}),\;Kongson(SP_4),\;Wisu(B_{21}),\;Nogung(P_8),\;Sugu(GV_{26}),\;Sungjang(CV_{24})$. 6. The acupoints used frequently for thirst were $Sosang(L_{11}),\;Sangyang(LI_1),\;Sotaek(SI_1),\;Kwanch'ung(TE_1),\;Ch'\bar{o}kt'aek(L_5),\;T'ae-gye(K_3),\;Kokt'aek(P_3),\;Sugu(GV_{26}),\;Samgan(LI_3),\;Igan(LI_2),\;T'aech'ung(Liv_3),\;Sojangsu(B_{27})$. 7. The acupoints used frequently for bitter were $Yangn\bar{u}ngch'\bar{o}n(G_{34}),\;Hy\bar{o}njong(G_{39}),\;Kwanch'ung(TE_1),\;Tamsu(B_{19}),\;Chokkyu\bar{u}m(G_{44}),\;Y\bar{o}n-gok(K_2),\;Shinmun(H_7),\;Chok-Samni(S_{36})$.

• Journal of Acupuncture Research
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• 제17권2호
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• pp.209-220
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• 2000

Spasticity, an abnormal increase in resting muscle tone, is one of the most common symptoms of stroke, and its management is becoming a major issue in rehabilitation. The aims of this study are to determine the effects of electroacupuncture(EA), TENS and neuromuscular electric stimulation(NMES) on spasticity, as well as the possibility of tissue comliance method as a spasticity scale. 45 stroke patients participated in a study of the effects on hemiplegic spasticity of EA, TENS and NMES. Spasticity was measured by modified Ashworth scale on the upper extremity and tissue compliance measurement, penetration mm/kg, on Susamni(LI10) area at just before and after stimulation, and 30 minutes, 1 hour, 2 hours and 24 hours after stimulation. The acupuncture points were applied to Kokchi(LI11), Susamni(LI10), Hapkok(LI4) and Oegwan(TE5) of the affected limb. The electrodes were placed unilaterally on LI11 to LI10 and TE5 to LI4. EA with biphasic wave, 60Hz, 0.4 msec pulse duration and low intensity was applied continuously for 20 minutes. TENS with high frequency, low intensity was applied. NMES was applied with spasticity program for 20 minutes. Each electric stimulation was done on extensor muscles group of forearm for 20 minutes. EA and NMES groups were found to produce a statistically significant decrease(p〈0.05) of spasticity and these effects lasted up to 30 minutes after stimulation. There was no definite correlation between the modified Ashworth scale and tissue compliance measurement. But tissure compliance method was found to be possible as a quantitative measurement on spasticity. There was no significant correlation between the effects of EA and NMES and the characteristics of patient, but significant correlation between the effects of EA and NMES and the modified Ashworth scale.

• 혜화의학회지
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• 제16권1호
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• pp.181-189
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• 2007

Objectives : The purpose of this study is to search for more effective methods of diagnosis and treatment of Communication Disorder with Post-Stroke. Methods : Literature review on Communication Disorder with Post-Stroke in view of oriental and western medicine. Conclusions : Communication Disorder with Post-Stroke is relative with aphasia in western medicine, Sul-um(舌瘖) oriental medicine Aphasia, apraxia of speech, and dysarthria come after strock Each of them has its own mechanism. Yomchon(CV23), Amun(GV15), Chuldol(CV22), Tongni(HT5), Pungnyung(ST40), Pungbu(GV16), Chigu(TE6), Yongchon(KI1), Hapkok(L14), Peakoe(GV20), Kokchi(LI11), Puryu(KI7), Shinsu(BL23), Kumjin-okaek, and Chohea(KI6) was used on Communication Disorder with Post-Stroke treatment.

• 대한한방체열의학회지
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• 제2권1호
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• pp.63-66
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• 2003

Background and Purpose : Ceramic based infra-red Therapy has been effective on derma system. The purpose of this case was to know the effect of ceramic based infra-red therap therapy on atopic dematitis. Material and Methods Among initial 25 outpatients with atopic detmatitis who visited Kangnam KyungHee Oriental hospital from Mar. 2000 to Sep. 2002, we excluded 4 outpatients that quited treatment after 1st treatment. We treated ceramic based infra-red therapy, herb medication treatment and Acupuncture women patients. Ceramic based infra-red therapy using GI-2000 system was lighted to under for 30 minutes. SoPungSan(消風散) was one of the effective herb medication on atopic dermatitis in oriental. In acupuncture treatment. We activated Kokchi(LI11, 曲池), Choksamni(S36, 足三里) and inhibited Yanggye(LI5, 陽谿), Yanggok(SI5, 陽谷). Results and Conclusions Ceramic based infra-red therapy, herb medication treatment and acupuncture therapy showed usfull effect on atopic dermatitis.

• 혜화의학회지
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• 제10권1호
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• pp.471-482
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• 2001

Infantile Convulsion, one of common emergency symptoms in pediatrics, arises from sudden derangement of the central nerve system, and can cause a sudden loss of consciousness and spasm. It falls into three categories: Acute Infantile Convulsion, Chronic Infantile Convulsion and Chronic Spleen Convulsion. According to research, approximately 6~7% of all babies undergo spasm more than once. Since the treatment must be done immediately, acupuncture & moxibustion treatment can be one of the most important treatments in this Particular case. Therefore, the focus of this study is on how acupuncture & moxibustion can be utilized in the treatment of Infantile Convulsion, and the literary findings are as follows: 1. The meridian points used on acute infantile convulsion are Sugu(GV26), T'aech'ung(Liv3), Hapkok(LI4). 2. The meridians used on acute infantile convulsion are Governor Vessel(GV), Bladder Meridian(BL), Stomach Meridian(ST). 3. The meridian points used on accompanied symptoms with acute infantile convulsion are Haenggan(Liv2), Yangnungch'on(Liv3) on spasm, Paek'oe(GV14) on opisthotonus, Kokchi(LI11), Taech'u(GV14) on fever, Nogung(P8), Yongch'on(K1) on fainting spell, Chok-samri(S36) on body weakness. 4. The meridian points used on chronic infantile convulsion are Shinguol(CV8), Ch'onchj'u(S25), T'aech'ung(Liv3), Kwanwon(CV4), Ch'ukt'aek(L5). 5. The meridians used on chronic infantile convulsion are Conception Vessel(CV), Governor Vessel(GV), Stomach Meridian(ST). 6. The meridian points used on accompanied symptoms with chronic infantile convulsion are Ch'onchj'u(S25), Kolli(CV11) on diarrhea, Taenung(P7), Shinmun(H7) on fainting spell, Kansu(B18), T'aech'ung(Liv3) on spasm. 7. The meridian Points and meridians are Paek'oe(GV14), Sangsung(GV23), Sugu(GV26) of Governor Vessel(GV) and Choiyung(CV16), Shinguol(CV16) of Conception Vessel(CV) and Taedon(Liv1), Changmun(Liv13).

• Journal of Acupuncture Research
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• 제20권6호
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• pp.148-159
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• 2003

Objective: This study examines the effects of acupoint combination on NADPH-diaphorase and neuronal nitric oxide synthase(nNOS) in the brainstem of spontaneously hypertensive rats. Methods: The changes of NADPH-d-positive neurons using a histochemical method and the changes of nNOS-positive neurons using an immunohistochemical method were evaluated. The optical densities of NADPH-d-positive neurons and nNOS-positive neurons of the Choksamni(ST36) Umnungchon(SP9) groups were significantly increased in all brainstem areas as compared to the Choksamni and Choksamni Kokchi(LI11) groups and decreased, with the exeption of the nNOS-positive neurons in the superficial gray of superior colliculus, as compared to the normal group. Results: Our results demonstrated that electroacupuncture changes the activity in the NO system in the brainstem of SHR and the acupoint combination is one of the important parameters for this effect.