1.Ideas of acupuncture diagnosis and treatment of stroke sequela based on the differentiation of disease location.
Yihan YANG ; Cheng TAN ; Chao YANG ; Xuedong YANG ; Yan WANG ; Yingying GUI ; Minyuan WANG ; Chuntian LI ; Wanjiao ZHANG
Chinese Acupuncture & Moxibustion 2024;44(11):1317-1322
Through collecting the relevant records of "brain" in ancient traditional Chinese medicine literature, the potential structure and function of the "motor system of brain-meridian-muscle region" and "perception system of brain-meridian-cutaneous region" of the human body are analyzed preliminarily. In view of the characteristics of the symptoms of stroke sequela, focusing on the differentiation of disease location and associated with the identification of disease property, the pathogenesis of stroke is determined, "malnutrition of the sea of marrow, dysfunction of meridian muscle region and disharmony of the nutrient and the defensive in the meridian cutaneous region", while, the basic principle of treatment is formulated, "filling up the marrow, replenishing the brain, regulating meridian muscle regions, tonifying qi and facilitating blood circulation in meridians and collaterals". Based on the above, the acupoints selected in treatment and the techniques of acupuncture and moxibustion are clarified. This article presents the references for the clinical practice of acupuncture and moxibustion and provides the individual therapeutic regimen for stroke patients.
Humans
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Acupuncture Therapy
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Stroke/therapy*
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Meridians
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Acupuncture Points
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Medicine, Chinese Traditional
2.Roles of signaling molecules in biofilm formation.
Chuntian TU ; Yang WANG ; Li YI ; Yuxin WANG ; Baobao LIU ; Shenglong GONG
Chinese Journal of Biotechnology 2019;35(4):558-566
Bacterial biofilm refers to a tunicate-like biological group composed of polysaccharide, protein and nucleic acid secreted by bacteria on the surface of the mucous membrane or biological material. The biofilm formation is a major cause of chronic infections. Bacteria could produce some secondary metabolites during the growth and reproduction. Some of them act as signaling molecules allowing bacteria to communicate and regulate many important physiological behaviors at multiple-cell level, such as bioluminescence, biofilm formation, motility and lifestyles. Usually, these signal molecules play an important role in the formation of bacterial biofilm. We review here the effects of related signal molecules of Quorum Sensing, cyclic diguanylate, Two-Component Systems and sRNA on the biofilm formation. Focusing on these regulation mechanism of signal molecules in the process of biofilm formation is necessary for the prevention and treatment of some chronic diseases.
Bacterial Proteins
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Biofilms
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Cyclic GMP
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Gene Expression Regulation, Bacterial
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Protein Binding
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Quorum Sensing

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