Based on the theory of consolidating the root and cultivating the primary, the paper collates and reviews the theoretical evidences and the characteristics of Xin'an medical masters in treatment of bi syndrome with acupuncture and moxibustion so as to provide the ideas for further research. Xin'an medical masters thoroughly acquainted with the theory of consolidating the root and cultivating the primary in treatment of bi syndrome with acupuncture and moxibustion, emphasizing the regulation of qi and blood, yin and yang, the nutrient qi and the defensive qi; and replenishing the middle jiao (spleen and stomach) and the lower jiao (kidney). The acupoint selection was distinctive, in which, the acupoints were selected and stimulated in terms of the etiology and the pathogenesis of diseases, as well as the properties of special points. The remarkable therapeutic effect on bi syndrome was ensured through specially selecting he-sea points, ashi points and "yin-yang opposite" points; effectively using the penetrating needling technique and moxibustion method and combining acupuncture with herbal medication.
Acupuncture ; Acupuncture Points ; Acupuncture Therapy ; Moxibustion ; Spleen

Objective:To explore the relationships among perceived social constraints, social participation, as well as anxiety and depression in first stroke patients, and to further analyze the mediating effect of social participation on these variables.Methods:A total of 216 first stroke patients in the Department of Neurology of Affiliated Hospital of Qingdao University from April to December 2020 were recruited by convenience sampling and investigated by general information questionnaire, Social Constraints Scale (SCS), Chinese version of Impact on Participation and Autonomy Questionaire (IPA-C) and Hospital Anxiety and Depression Scale (HADS).Results:The total score of SCS, IPA-C, depression and anxiety were 33.49 ± 6.81, 43.42 ± 9.62, 8.05 ± 4.15 and 8.61 ± 2.59. Social constraints were positively correlated with social participation as well as anxiety ( r=0.644, 0.383, both P<0.05). Social constraints were positively correlated with social participation as well as depression ( r=0.482, 0.371, both P<0.05). The quality of social participation partially mediated the relationship between social constraints and anxiety (intermediary effect was 0.119), and also partially mediated the relationship between social constraints and depression (intermediary effect was 0.270). Conclusions:First stroke patients experience high level of social constraints, low quality of social participation and severe anxiety and depression. Social constraints can affect anxiety and depression through social participation. Medical staff should build a good environment to meet the needs of stroke patients of social participation, help patients to establish a correct psychological coping style, reduce patients' avoidance of social participation due to perceived constraints and exclusion, and thus promote the mental health of patients.

Objective To observe the change pattern of pericyte number at different time periods after mice skeletal muscle contusion and discuss its role in wound age estimation. Methods A mice gastrocnemius muscle contusion model was established. The form and number changes of pericytes at 1, 3, 5, 7, 9, 14, and 28 d post-injury were detected by multiple immunofluorescence staining. Results Compared with the slender shape of pericytes in normal skeletal muscles, pericytes in the contusion area had increased volume, rounder form and a round nuclei. Part of pericytes were found to express satellite cell markers paired-box transcription factor （Pax7） or myoblast determination 1 （MyoD1）. The changes of pericyte number in skeletal muscles after contusion were time-dependant, and showed unimodal distribution with the extension of wound age. In the central contusion area, the number of pericytes peaked at 5 d post-injury while in the peripheral contusion area, the number of pericytes peaked at 5 d and 7 d post-injury. Conclusion The number of pericytes in contusion area varies time-dependently after skeletal muscle contusion in mice and might be a reference index for muscle wound age estimation, and is involved in the repair and regeneration of skeletal muscle injury.
Animals ; Contusions ; Disease Models, Animal ; Mice ; Muscle, Skeletal ; Pericytes ; Rats, Sprague-Dawley

With the growth of number of Chinese patent medicines and clinical use, the rational use of Chinese medicine is becoming more and more serious. Due to the complexity of Chinese medicine theory and the uncertainty of clinical application, the prescription review of Chinese patent medicine always relied on experience in their respective, leading to the uncontrolled of clinical rational use. According to the traditional Chinese medicine (TCM) theory and characteristics of the unique clinical therapeutics, based on the practice experience and expertise comments, our paper formed the expert consensus on the prescription review of Chinese traditional patent medicine for promoting the rational use of drugs in Beijing. The objective, methods and key points of prescription review of Chinese patent medicine, were included in this expert consensus, in order to regulate the behavior of prescription and promote rational drug use.

Objective To observe effects of simulated air-breathing fast buoyancy ascent escape training on the vital signs of submariners.Methods A series of escape training,totaling 69 man-times were carried out at different depths of 3,10,30 and 50 m.Blood pressure,pulse rate and respiratory rate of the submariners were measured before training.the moment after termination of training and 10 min after surfacing from the escape chamber.Results When compared with those of pre-training,most of the indices concerning systolic pressure,diastolic pressure,pulse rate and respiratory rate of the submariners increased quite significantly,with statistical differences (P<0.01) the moment after termination of training.Nevertheless,the values almost returned to normal,10 minutes after training.Conclusions Simulated air-breathing fast buoyancy ascent could elevate blood pressure,pulse rate and respiratory rate of submariners.However,these changes were all transient.The profile of our submarine escape training proves to be safe and reliable.

Objective To observe effects of simulated air-breathing fast buoyancy ascent escape training on the vital signs of submariners.Methods A series of escape training,totaling 69 man-times were carried out at different depths of 3,10,30 and 50 m.Blood pressure,pulse rate and respiratory rate of the submariners were measured before training.the moment after termination of training and 10 min after surfacing from the escape chamber.Results When compared with those of pre-training,most of the indices concerning systolic pressure,diastolic pressure,pulse rate and respiratory rate of the submariners increased quite significantly,with statistical differences (P<0.01) the moment after termination of training.Nevertheless,the values almost returned to normal,10 minutes after training.Conclusions Simulated air-breathing fast buoyancy ascent could elevate blood pressure,pulse rate and respiratory rate of submariners.However,these changes were all transient.The profile of our submarine escape training proves to be safe and reliable.

Objective To investigate effect of simulated saturation diving on immune function of T lymphocyte in mice.Methods Thirty Kunming-race mice were randomly divided into 5 groups:control group,at 100 m simulated saturation diving exposure for 24 h and 72 h groups,at 400 m simulated saturation diving exposure for 24 h and 72 h groups,each group for 6 mice.The T lymphocyte subsets of peripheral blood,collected 10 minutes after exposure,were assayed by flow cytometry.Results The level of CD4+ lymphocyte and CD4+/CD8+ ratio tended to increase after exposure at 100 m,while the levels of CD4+ lymphocyte and CD4+/CD8+ significantly decreased after exposure at 400 m.Conclusions The effect of simulated saturation diving on cellular immune function was correlated significantly with exposed pressure.

Objective To investigate effect of simulated saturation diving on immune function of T lymphocyte in mice.Methods Thirty Kunming-race mice were randomly divided into 5 groups:control group,at 100 m simulated saturation diving exposure for 24 h and 72 h groups,at 400 m simulated saturation diving exposure for 24 h and 72 h groups,each group for 6 mice.The T lymphocyte subsets of peripheral blood,collected 10 minutes after exposure,were assayed by flow cytometry.Results The level of CD4+ lymphocyte and CD4+/CD8+ ratio tended to increase after exposure at 100 m,while the levels of CD4+ lymphocyte and CD4+/CD8+ significantly decreased after exposure at 400 m.Conclusions The effect of simulated saturation diving on cellular immune function was correlated significantly with exposed pressure.