Dàlíng 大陵 | Grand tertre (Nguyen Van Nghi 1971, Lade 1994) Grandes collines (Laurent 2000) |
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太陵 [太陵] | Tàilíng | Jia yi jing (Guillaume 1995) (1) |
心主 | Xīnzhǔ | Mai jing (Guillaume 1995), Laurent 2000 (2) |
鬼心 | Guǐxīn | Qian jin yao fang (Guillaume 1995), Laurent 2000 (3) |
手心主 | Shǒuxīnzhǔ | Laurent 2000 (4) |
Items de localisation
Acupuncture | Moxibustion | Source |
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Piquer perpendiculairement à 0,3-0,5 distance Piquer obliquement, pénétrer dans le canal carpien | Moxibustion pendant 3 à 5 minutes | Roustan 1979 |
Piqûre perpendiculaire de 0,5 à 0,8 cun | Moxas : 1 à 3 ; chauffer 10 à 20 mn | Laurent 2000 |
Sensation de puncture
Sécurité
Classe d'usage | ★★ | point majeur |
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Indication | Association | Source |
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Cardite rhumatismale | 7MC + 6MC + 4MC + 8C | Roustan 1979 |
Douleur précordiale | 7MC + 6MC + 3MC | Da Cheng (Roustan 1979) |
Insomnie | 7MC + 20VG + 3Rn + Yintang | Roustan 1979 |
Hématurie | 7MC + 4VC | Da Cheng (Roustan 1979) |
Bi de la gorge avec sécheresse | 7MC + 6GI | Qian jin (Guillaume 1995) |
Douleur insupportable du Cœur | 7MC + 13VC | Zi sheng jing (Guillaume 1995) |
The indications of acupoints are thought to be highly associated with the lines of the meridian systems. The present study used data mining methods to analyze the characteristics of the indications of each acupoint and to visualize the relationships between the acupoints and disease sites in the classic Korean medical text Chimgoogyeongheombang. Using a term frequency-inverse document frequency (tf-idf) scheme, the present study extracted valuable data regarding the indications of each acupoint according to the frequency of the cooccurrences of eight Source points and eighteen disease sites. Furthermore, the spatial patterns of the indications of each acupoint on a body map were visualized according to the tf-idf values. Each acupoint along the different meridians exhibited different constellation patterns at various disease sites. Additionally, the spatial patterns of the indications of each acupoint were highly associated with the route of the corresponding meridian. The present findings demonstrate that the indications of each acupoint were primarily associated with the corresponding meridian system. Furthermore, these findings suggest that the routes of the meridians may have clinical implications in terms of identifying the constellations of the indications of acupoints.
OBJECTIVE: To observe the effect of acupunture at Shenmen (HT 7) and Daling (PC 7) on different cerebral functional regions by Functional Magnetic Resonance Imaging (MRI), and discuss the relative specificity of effect of these two acupoints. METHODS: Ten healthy right-handed volunteers were enrolled in this research. Under the scan of fMRI with the pattern of “rest-stimulation-rest-stimulation-rest”, acupuncture stimulation was given at Shenmen (HT 7) and Daling (PC 7) on the right side, and all the data were analyzed with Matlab software and SPM5 package to observe the activated cerebral regions. RESULTS: The activated brodmann areas by acupuncture at Shenmen (HT 7) were mainly BA10 BA13, BA47, BA22 on the left side and BA40 BA44 on the right side, while the activated areas by acupunoture at Daling (PC7) were BA46, BA47, BA22 BA10. BA45 on the left side and BA44 BA9, BA6. BA40 on the right side. CONCLUSION: The activated cerebral functional regions of acupuncture stimulation at Shenmen (HT 7) and Daling (PC 7) are not exactly the same, which indicates that the acupuncture effects of the two acupoints are specific. With the same activated areas of language and cognitive function, the Shenmen (HT 7) specializes in emotion control while the Daling (PC 7) could active the autonomic nerve function area.
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OBJECTIVE: To observe the effect of Electroacupuncture (EA) stimulation of “Tianquan”(PC 2), “Quze” (PC 3), “Neiguan” (PC 6), “Daling” (PC 7) of the Pericardium Meridian on cerebral angiogenesis in cerebral ischemia (CI) rats, so as to reveal its mechanisms underlying improvement of stroke. METHODS: A total of 50 SD rats were equally randomized into normal control, sham, model, EA-Pericardium-Meridian acupoints (EA-PCM) and EA-Lung-Meridian acupoint (EA-LUM) groups. The CI model was established by occlusion of the middle cerebral artery. EA (2-4 V, 20 Hz) was applied to PC 2, PC 3, PC 6, PC 7 and “Tianfu”(LU 3), “Chize” (LU 5), “Lieque” (LU 7), “Taiyuan” (LU 9) of the Lung Meridian for 30 min, once at time-points of 0 h, 6 h, 24 h, 48 h and 72 h, respectively after modeling. Serum nerve growth factor (NGF) and Nogo protein-A (Nogo-A) contents were assayed by enzyme linked immunosorbent assay (ELISA), and cerebral NGF and Nogo-A immunoactivity levels in the ischemic cerebral tissue were detected by immunohistochemistry. RESULTS: (1) Compared to the normal control group, serum NGF and Nogo-A contents, and cerebral NGF immunoactivity level in the model group were significantly increased (P < 0.01). Following EA interventions, serum and cerebral NGF levels were further significantly up-regulated in the EA-PCM and EA-LUM groups (P < 0.01), while serum Nogo-A contents were down-regulated in the two EA groups (P < 0.01). The effect of EA-PCM was markedly superior to that of EA-LUM in up-regulating serum and cerebral NGF levels and down-regulating serum No- go-A level (P < 0.01). No significant differences were found between the normal control and sham groups in serum and cerebral NGF and Nogo-A levels (P > 0.05) , and among the 5 groups in cerebral Nogo-A levels (P > 0.05). CONCLUSION: EA stimulation of acupoints of both Pericardium Meridian and Lung Meridian can up-regulate serum NGF, cerebral NGF expression and down-regulate serum Nogo-A in CI rats, and the effect of Pericardium Meridian is markedly superior to that of Lung Meridian, suggesting a possible better nerve repair effect of EA-PCM acupoints on ischemic brain.