2.EXPERIMENTAL STUDIES ON THE REINNERVATION OF POSTERIOR CRICOARYTENOID MUSCLE BY THE UPPER BRANCH OF PHRENIC NERVE
Academic Journal of Second Military Medical University 1985;0(05):-
The purpose of this work was to reestablish the respiratory abduction of the paralyzed vocal cord through reinnervation of the posterior cricoarytenoid (PCA) muscle by partial phrenic fibres.In fifteen adult cats the adductor branch of the recurrent laryngeal nerve (RLN) of the right side was cut and its distal end ligated, while its proximal end was implanted into the PCA muscle belly.The whole RLN was then transected in the tracheo-esophageal groove and its distal stump anastomosed to the upper branch of the phrenic nerve.Direct laryngoscopy showed that the inspiratory abduction of the paralyzed vocal cord recovered within 40 d in all cats.80 d later, a larger abducent motion of the glottis was observed on the reinnervated side.Abduction was caused by reinnervation of the PCA muscle from phrenic motoneurons, as demonstrated by laryngeal electromyography and histological testings.The function of the diaphragm was preserved as revealed by monitoring of the intrathoracic pressure.
3.Imageless navigation systems in orthopaedic surgery
Chinese Journal of Tissue Engineering Research 2007;0(09):-
Recently imageless navigation systems have been developed rapidly, and have become major navigation system in clinic. It comprises computer workstation, infrared optical localizing system, foot control pedal and navigation software. Currently, imageless navigation systems have been used successfully in total knee arthroplasty, uni-compartment arthroplasty, total hip arthroplasty, hip surfacing arthroplasty, total shoulder arthroplasty, anterior cruciate ligament reconstruction and peri-articular osteotomy of knee, etc. The first OrthoPilot imageless navigation system was used by Saragaglia et al in total knee arthroplasty in January 1997, and many clinical studies have been conducted. The clinical results show that this kind of systems greatly improves operative accuracy, and reduce cases beyond ideal range. It shows accuracy as CT-based navigation systems, and they can be commonly used as standard navigation systems in clinic.
4.The clinical observation of interferon -1b in the treatment of verruca planae
Chinese Journal of Primary Medicine and Pharmacy 2015;(24):3721-3722
Objective To observe the clinical effect of interferon -1 b (Yundesu)in the treatment of verru-ca planae.Methods 1 1 0 patients with verruca pianae were randomly divided into observation group and control group,55 cases in each group.The observation group was given Yundesu injection 30 g once every day in first week, and once every other day in another three weeks.The control group was given orally mannatide 1 0ml two times every day.The leision changes of the two groups were observed after 4 weeks therapy.Results The total effective rate of the observation group was 92.7%(51 /55),which of the control group was 72.78%(40 /55),the difference between the two groups was statistically significant (χ2 =7.70,P <0.01 ).No adverse reactions in the two groups were observed.Conclusion The clinical effect of Yundesu is more prominently beneficial to patients with verruca planae.
8.Progress in nanomaterials modified anodes of microbial fuel cell.
Chinese Journal of Biotechnology 2016;32(3):271-283
Anode is an important part of microbial fuel cell, its performance significantly affects the electricity generation of microbial fuel cells (MFCs). Nanomaterials have excellent properties, such as good conductivity and large surface area. Therefore, nanomaterials modified anode can effectively reduce the electrode resistance, increase the amount of microbial adhesion and improve the electricity generation of MFCs. In this paper, we introduced various nanomaterials modified anodes and summarized their effects on the output performance of MFCs. Finally, the prospect of modifying nanomaterials and technologies were discussed.
Bioelectric Energy Sources
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Electricity
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Electrodes
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Nanostructures
9.INFLUENCE OF DIETARY RESTRICTION ON THE EXPRESSION OF INSULIN SIGNALING GENES IN MOUSE EPIDIDYMIS FAT PAD
Acta Nutrimenta Sinica 1956;0(04):-
Objective:To study the influence of dietary restriction on the expression of insulin signaling pathway genes in mouse adipose tissue. Method:Twenty four C57BL/6 male mice of 2 w age were subjected to either AL (ad libitum) or DR (dietary restriction, 40% from AL) randomly until sacrificed.Then the epididymis fat pads were weighed, and their insulin signaling gene expression was detected by Oligo Insulin Signaling Pathway Microarray (SuperArray), and two of the differentially expressed genes, NPY and AKT3 were validated by Real Time PCR. Results:Dietary restriction significantly reduced the weight of epididymis fat pads and 31 (20 up, 11 down regulation) of 96 insulin signaling pathway genes were differentially expressed. The results of Microarray coincided with that of Real Time PCR. Conclusion:The differential regulation on the expressions of insulin signaling pathway gene may be the important molecular basis of dietary restriction.
10.Utilization of Antidepressant Drugs in 36 Hospitals in Beijing Area from 2005 to 2007
China Pharmacy 2001;0(08):-
OBJECTIVE:To investigate the clinical utilization and the tendency of antidepressant drugs in Beijing area.METHODS:Using the analytical method of the defined daily dose(DDD)recommended by WHO,the application of antidepressant drugs in Beijing from 2005 to 2007 was analyzed statistically.RESULTS:The consumptive sum and DDDs of antidepressants increased significantly year by year,with SSRIs representing more than 88% of all the antidepressant drugs in terms of the consumptive sum,leading the first 3 places in terms of consumption sum and DDDs were fluoxetine,paroxetine and citalopram.The market share of traditional tricyclics and tetracyclines showed a slight reduction,but there were still a stable population of these drugs.CONCLUSION:SSRIs such as fluoxetine have been dominated the antidepressants market in Beijing area.