Serial analysis of gene expression (SAGE) is a powerful high-throughput experimental technique that allows rapid, quantitative analysis of global gene expression in eukaryotic organisms. A short sequence taq (10~14 bp),which is defined by an anchoring enzyme site at a fixed distance from polyA tail, contains sufficient information to iden-tify mRNA transcript from which it originates. The taqs are ligated to obtain concatemers that are cloned into a plasmid vector for sequencing. The identification and abundance of mRNA can be observed through bioinformatics and statistical analysis of a given tag. SAGE is not only applied in obtaining global profile of gene expression in a given cell or tissue, but also help identify a set of specific genes to the cellular conditions by comparing the profiles constructed for a pair of cells that are kept at different conditions. This review covers a general introduction of SAGE, its protocol, meth-odological evolution and applications in parasite biology.

Objective To investigate the effect of psychological intervention combined with gliclazide and sitagliptin on the treatment of poorly obese obese patients with type 2 diabetes mellitus. Methods 96 obese patients with type 2 diabetes mellitus who had poor control of blood glucose after insulin treatment were randomly divided into control group and experimental group,48 cases in each groups. Gliclazide and sitagliptin (FBG), glycosylated hemoglobin (HbA1c), 2h postprandial blood glucose (2hPG), fasting insulin (FIns) were measured before and after 15 weeks of treatment in the control group. situation. Results FBG, HbA1c, 2hPG and FIns were significantly lower in the experimental group than in the control group (P<0.05). Conclusion The combination of gliclazide and sitagliptin on the treatment of poorly obese type 2 diabetes mellitus with insulin treatment can significantly reduce the blood glucose level of patients and promote it.

The quality control for undergraduate teaching is an essential factor for a university toward the success;therefore uni-versities put the control as first priority among other conventional works.This study is trying to elucidate the most important com-ponents in the quality control system from different points of view including human sources and educational process.Some suc-cessful planning and practice on the quality control in our university in past decade has been summarized and discussed in this study.

Hot-melt extrusion was applied to prepare mesoporous silica/ethylcellulose mini-matrix for sustained release, and fenofibrate was used as a model drug, ethylcellulose and xanthan gum were chosen as sustained-release agent and releasing moderator, respectively. This novel matrix obtained the controlled release ability by combining mesoporous silica drug delivery system and hot-melt extrusion technology. And mesoporous silica particle (SBA-15) was chosen as drug carrier to increase the dissolution rate of fenofibrate in this martix. Scanning electron microscope, transmission electron microscope, small angle X-ray powder diffraction and N2 adsorption-desorption were introduced to determine the particle morphology, particle size and pore structure of the synthesized SBA-15. The results showed that SBA-15 had a very high Brunauer-Emmett-Teller specific surface area, a narrow pore size distribution, large pore volume and a ordered two-dimensional hexagonal structure of p6mm symmetry. Differential scanning calorimetry and X-ray powder diffraction results demonstrated that fenofibrate dispersed in an amorphous state inside the pores of the mesoporous silica which contributed to the improvement in the dissolution rate. The drug release of mini-matrices was influenced by ethylcellulose viscosity grades and xanthan gum concentration, which increased with the increasing of xanthan gum concentration and decreasing of ethylcellulose viscosity. Mini-matrix containing 22% xanthan gum exhibited a good sustained release performance, and the drug release behavior followed the first-order kinetics.

Objective To study the effect of the levels of serum gonadal hormone and plasma calcitonin gene-related peptide(CGRP) on the hot flushes symptom of perimenopausal women. Methods 65 perimenopausal women (35 with hot flushes and 30 without hot flushes) and 25 healthy fertile women were enrolled. The subjects were analyzed for serum estradiol (E2), follicle-stimulating hormone (FSH) ,luteinizing hormone (LH) and plasma calcitonin gene-related peptide (CGRP). Results. ① There were no significant differences of the E2 levels between the perimenopausal women with and without hot flushes (P>0.05). The levels of FSH and LH were significantly higher in the women with hot flushes than women without hot flushes and fertile women(P<0.05),② The levels of plasma CGRP were significantly higher in the women with hot flushes than women without hot flushes (P<0.05), and significantly lower than fertile women,③The levels of plasma CGRP were significantly higher in severe hot flu-shes group than that in the mild hot flushes group and moderate hot flushes group(P<0.05), the severity of hot flu-shes was positively related to the level of plasma CGRP(rs=0.823, P<0.01), but there was no relationship be-tween serum E2 and the severity of hot flushes (P>0.05). Conclusion The occurrence of perimenopansal hot flu-shes might be closely related to the decline and fluctuation of serum E2,increase of FSH and LH and the concentra-tion variety of plasma CGRP.

Objective Screening OSAHS patients on pregnancy with Modified Epworth Sleepiness Scale( Epworth sleepiness scale,ESS)and to assess its effect. Methods 22 patients underwent the pregnancy,and pregnancy with OSAHS( mild in 23 cases,22 cases of moderate and severe in 19 cases)group were 64 people, By ESS and modified ESS score, EP and modified EP values was derived. The neck circumference ( NC), body mass index (BMI) was measured. Conduct of polysomnography ( PSG), apnea hypopnea index ( AHI ) and lowest oxygen saturation ( LSaO2 )ESS and modified ESS correlation with the AHI was analyzed and ROC curves was drawn. Results The EP value of pregnancy with mild OSAHS group has no significant difference between normal pregnancy group( P ＞ 0.05) ;the rest of pregnancy OSAHS group modified EP, EP values and the normal pregnancy group were significantly different ( all P＜0.05) ;modified EP, EP, NC, BMI values positively correlated with the AHI value, the correlation coefficient r were :0.876,0.748,0.671,0.670 ( all P ＜ 0.001 ) ;modified EP, EP, NC, BM I of the A UC values were 0.901,0.819,0.750, 0.779; when the modified EP = 8.5, had higher sensitivity ( 84.4% ) and specificity ( 90.9% ).Conclusion Modified ESS on pregnancy OSAHS patients had better clinical value of screening.

Objective To observe the effect of tacrolimus(FK506)in promoting repair of the injured spinal cord pathway after neural stem cell transplantation in rats. Methods A neurysm clip was used to compress the T8 spinal cord segment of SD rats under microscope to establish model of spinal cord injury.The rats were randomly divided into three groups seven days after injury,ie,control group (injection of normal saline at the injury center),transplantation group(injection of neural stem cells,NSCs,at the injury center),FK506 group(injection of NSCs at the injury center plus 7 days of intrapernerve conduction was compared by using the Basso-Beatfle-Bresnahan (BBB) scale,BDA tracing,somatosensory evoked potential(SEP)and motor evoked potentials(MEP)monitoring at 1,2,4 and 8weeks. Results The motor function of the hind limb after injury was recovered in various degrees with time,with the most significant recovery at 4 weeks.The BBB score reached 6,the maximum at 8 weeks.BDA tracing showed that some nerve fibers were found crossing the injured center of the spinal cord one week later in FK506 group and cell transplantation group,that BDA-positive labeled corticospinal tract fibets were seen across the injury site in all groups by the end ofthe eight weeks.In the FKS06 group,the regeneration could be observed even as 1.7 cm away from tlle injury center.SEP latency was significantly shorter in the FK506 group after two weeks(P<0.05)and the MEP latency in the FK506 group was shortened significantly at four weeks compared with the other groups(P<0.05),indicating that the immunosuppressants could promote the recovery of the injured spihal cord,shorten the latency of SEP and MEP，improve SEP at early stage and MEP at late stage．Conclusions Systemic application immuno suppressive agents FK506 plays an important role in neuroprotection and neurotrophy，which promotes the repair of the injured spinal cord after neural stem cell transplantation．

Objective To investigate the effect of taurine transporter in the process of protection of brain edema in rats with severe traumatic head injury. Methods A total of 24 Male Sprague-Dawley rats were randomly divided into 4 groups. Except the control rats (Group Sham), all other three groups were subjected to lateral fluid percussion head injury. The TBI (Traumatic brain injury) models (Group TBI) and surgical control rats (Group Sham) were injected with saline through caudal vein after surgery, while the Taurine prevention and Taurine treatment models (Group Pre Tau and Group Tau) were injected with 120 g/L taurine solution before or after surgeries respectively. Water content in each brain, mRNA and protein expres?sion of aquaporin 4 and taurine transporter in the injured rat brain hemispheres were all evaluated over the time course of the study (7 d) in each group. Results Compared with rats in Group Sham, water content in each brain increase, mRNA tran?scription and protein expression of AQP4 were both up regulated but the mRNA transcription and protein expression of TauT were both down-regulated in rats in TBI group. Compared with rats in TBI group, brain water content, mRNA transcription and protein expression of AQP4 all decrease while mRNA transcription and protein expression of TauT all increase in rats in Pre tau and Tau groups. There is no statistical difference of TauT expression between rats in pre-tau group and Tau group. Conclusion Taurine exert its neuron protection role through draining water content from brain and down regulating expres?sion of AQP4 but rising expression of TauT after TBI.

Objective To analyze the assets and liabilities of secondary public hospitals of Wuhan city in Hubei province ,in order to provide references to control the debt scale of such hospitals .Methods Twenty‐one public secondary public hospitals of Wuhan city were analyzed using official statistics on their asset and liabilities from 2012-2014 .Results Such a timeframe witnessed a year‐on‐year growth of both total assets and liabilities of these hospitals ,yet the growth rate of total assets(35.15% ) falls behind that of total liabilities (53.62% )significantly ;significantly slower growth rate of non‐current assets since 2013 ;higher current liabilities than long‐term liabilities on yearly basis ;year‐on‐year grow th of liquidity rate and quick ratio in general ;significant rise of debt‐to‐assets ratio .Conclusions The overall debt scale of such hospitals keeps growing ,a trend deserving actions and correction .

As an important part of the hierarchical medical system in China ,urban secondary hospitals play as a pivot between tertiary hospitals and community healthcare centers.By describing the overall development status of such hospitals in China ,the paper discussed the problems existing in the development of urban secondary hospitals and put forward strategies in the hope of providing reference for the transformation of these hospitals .