Under the guidance of the Liu's theory of kidney deficiency and incubative pathogen, the authors point out that for understanding the incubative pathogen of chronic hepatitis B (CHB) you should grasp the essence of the pathogenesis, kidney deficiency. For chronic hepatitis B, it is easier to be understood and conforms to pathological characteristics of chronic hepatitis B. The property of the incubative pathogen can not be restricted to that the incubative cold changes to warm, it should be understood as epidemic heat and epidemic toxin. Therefore, the authors first put forward this hypothesis: the pathogenesis of chronic hepatitis B is kidney deficiency and damp-heat toxic pathogen incubating in liver and blood. And based on the hypothesis a comprehensive therapy including clearing away heat, expelling pathogenic factors, promoting blood circulation and tonifying the kidney is introduced.

Objective] To explore the relationship between the pathogenesis theory of Qi and blood and stroke. [Method] The system research of ancient literature on the pathogenesis of stroke, analysis of stroke from the relationship between Qi and blood and stroke, focus on exploring the basic role of Qi and blood in the onset of stroke. [Results] Before the Tang and Song Dynasties doctors hadargument in the imaginary evilstroke pathogenesis;Jin era, that the internal gas is stroke, or qi deficiency Erzhi phlegm blockage;Ming and Qing Dynasties, many from the deficiency of Qi and Blood Stasis Theory, gas, blood throughout the stroke always. Supplementing qi and activating blood circulation method can improve the clinical symptoms of patients with stroke, stroke with Qi and blood as the pathogenesis treatment, clinical therapeutic effect. [Conclusion] Stroke syndrome differentiation from the blood, more can promote blood regulating. The stroke engine has extremely important theoretical and clinical significance from the blood, can provide a theoretical basis for the treatment of stroke in different stages, and guide the clinic, it is worth further study.

Computed tomography colonography (CTC) is a well-established technique for evaluation of colorectal cancer (CRC). Signiifcant advances have been made in the technique of CTC since its inception. Besides being an excellent tool for detection of CRC, it is minimally invasive, less time-consuming and well tolerated by patients. Furthermore, it has fewer complications than conventional colonoscopy (CC) or barium enema (BE). The application of new technologies, such as electronic cleansing (EC) and dual-energy CT (DECT), enriches the examination of CTC. In 2005, a standardized reporting scheme, CT colonography reporting and data system (C-RADS), was put forward by the working group on virtual colonoscopy. They proposed that the report should include lesion size, number, morphology, location, attenuation and recommendations for lesion surveillance. New research progress and clinical applications of CTC in CRC are reviewed in this article. In addition, the paper also brielfy touches upon technique, indications, contraindications, safety and risk of CTC.

The ultramicro-powder dosage is a new type decoction pieces of Chinese medicine.Due to high cell-wall penetrating rate of vegetal cell and increasing of specific surface area,the development of ultramicro-powder dosage has great significance to increasing clinical effects and bioavailability of Chinese medicine.

Objective To study the associated gene expression in thymus-dependent lymopholyte of the COPD patients with pulmonary qi deficiency syndrome(PQDS)and pulmonary yin deficiency syndrome (PYDS)by gene chips.Methods Collect peripheral blood of patients with PQDS and PYDS(as experimental samples)and of nomal man(as control samples).By Ficoll method,peripheral blood lymphocyte was collected,then thymus-dependent lymphocyte were extracted and purified by flow cytometry.Total RNA were extracted by one-step technique and purified.Then,synthesis double strand cDNA template from total RNA,transcription of cRNA probe with biotin labeling,subsequently,cRNA sample were fragmented. The gene chip(Human Genome U133 Plus 2.0 Array,38500 genes)was hybridized and scanned.Then fluorescent signal value of gene expressing was obtained,and differential expression genes were sifted. Results There were 45 genes expressed differently among PQDS and normal man,including up-regulated 41 and down-regulated 4;32 genes expressed differently between PYDS and normal man,including up-regulated 19 and down-regulated 13;5 up-regulated genes expressed differently between PQDS and PYDS with normal man.Conclusion Gene chip can be applied to study gene expression profiles effectively and to screen PQDS and PYDS associated genes.

Objective To study the effect of Chinese herb medicine compound on general state and bone-muscle system in simulated weightlessness rats, and to observe the synergistic action of other ingredients in the compound on calcium. Methods Thirty Wistar rats were divided into 3 groups:control group, tail suspend group, tail suspend and medicine group which were given Chinese herb medicine compound by intragastric administration. After 3 weeks simulated weightlessness, body weight (BW), muscle weight (MW) and index (MI) of posterior limb, bone length (BL), wet weight (BWW), index (BI), dry weight (BDW), content of organic (ORG) and inorganic (INO) substance, bone mineral density (BMD), and mechanical properties (MEC) of femur were observed. Results At the middle-later stage of the experiment, BW of tail suspend group decreased significantly (P

Although Chinese government has input a lot of financial and administrative resources to resolve the problem of “swill-cooked dirty oil”, its policy effect is not so ideal.Meanwhile , a series of challenges such as defec-tive institutional design of kitchen waste recycling and weak regulatory capacity.This paper argues that its overlook on technological innovation and industrial policy have partially led to its policy failure on this issue .Also, this paper summarizes impact factors from the perspectives of technological innovation , industrial policy and government regula-tion.A series of feasible policies include promoting business technological innovation capacity , offering financial sup-ports to industrial development , establishing a long-term plan on kitchen waste recycling and quota system for biodiesel using.Finally, it argues Chinese government should combine its regulatory policy with its technological innovation and industrial policy to achieve its dual policy goals between food safety governance and circular economy development .

upper and they were all higher compared with the control (P

BACKGROUND:The biomechanical effect of the implant-bone interface is one of the most important factors for bone resorption. The new structure of the periodontal-ligament-like implants may improve the distribution of the interfacial stress. OBJECTIVE:To discuss the effect of the internal structure changes of traditional implants on the cortical bone stress distribution and peak at the implant-bone interface under different occlusal load conditions, so as to provide a theoretical basis for the optimization design and clinical application of new structure implants. METHODS:Two kinds of digital models, new structure implant (model A) and non-threaded cylindrical implant (model B), were established by Pro/ENGINEER software. Variations of the stress peak and stress distribution of implant-bone interface cortical bone area under the same bone and force environment were analyzed using Ansys software. RESULTS AND CONCLUSION: Under a vertical loading, the stress peak under different forces was reduced by 17.54% in model A compared with model B; under a 45° loading, the stress peak of model A was reduced by 2.59% compared with model B, and it showed an evident tendency of high stress area focusing to the buccal side of model B. Under the chew-simulation loading, the stress peak of model A was lower than that of model B. The biggest difference (0.353 2 MPa) appeared atβ=12°(β is the angle of force direction and the implant axis), and it gradualy reduced atβ > 12°. At the same time, model A had a wider range of application degree compared with model B in two quantitative indicators, including optimal peak stress of promoting bone tissue growth and stress peak of maintaining healthy bone tissue. These results suggest that the optimized structure of implants contributes to improve the cortical bone stress distribution at the implant-bone interface, decrease the peak stress, and reduce the risk of cortical bone absorption in a wider range.

Female ; Humans ; Infant ; Mitochondrial Proton-Translocating ATPases ; deficiency ; genetics ; Mutation