Preterm birth is the main factor affecting the lives and quality of life for premature infants,which is also the main cause for a large economic burden on family,society and medical system.It has been confirmed that the bad neurodevelopment outcome can be effectively prevented by early intervention programs,which are including therapeutic developmental interventions targeting the infants,as well as psychosocial support and education for parents.This review summarizes early intervention programs for improving developmenr outcome in recent years.

Objective To discuss the effect of expanded deltopectoral skin flaps in repairing scar contracture deformity of facio-cervical .Methods Twenty-four patients with scar contracture deformity of faciocervical were included into the study .We expanded the deltopectoral skin flap with dilator .8-10 weeks later ,the deltopectoral skin flap were transferred after resection of faciocervical scar .3-4 weeks later ,the pedicles were cut off ,and then the remaining wound were repaired .Results They had not exudation .Ex-pander exposure ,local hematoma and local infection respectively were 1 ,3 ,4 cases ,all did not affect operation effect by symptomatic treatment ,and obtain good postoperative effect .Deltopectoral flap was for 27 cases ,blood supply obstruction low temperature and skin flap necrosis respectively were 4 ,2 ,1 cases ,all get good healing after corresponding .Followed up for 0 .5 year ,all flaps were survived well ,no ectropion or mental cervical adhesion ,its color and texture were similar with surrounding normal skin appearance , so they were got high satisfaction .Conclusion Application of expanded deltopectoral skin flaps to repair scar contracture deformity of faciocervical can achieve good effect and may be an ideal method to repair ,which is worthy of clinical application .

The article analyzed the system architecture design of the Shanghai municipal hospital clinical information sharing project, aiming to provide reference for system design of a regional medical information sharing system. This project is composed of the following: A universal medical card,hospital's internal information system, an inter-hospital network, a clinical information exchange and sharing platform, a data center, a decision support system and a public service portal. Key issues involved in the system design include the personal identity, the establishment of standards and specifications, the information sharing model, the information storage model, systems related to hospitals and personal privacy protection.

Taking children respiratory infectious diseases as the research object, CDSS transform from isolated clinical data to an integration Model. With integrating pharmacy and laboratory knowledge, the system establishes children typical characterization data of common infectious diseases and medical efficacy data repository to providing treatment recommendations for doctor. Based on the clinical characteristics of children infectious diseases, this paper proposes knowledge inference engine and an information integration model. decision-making inference engine, medical information integration model.
Child ; Clinical Decision-Making ; Communicable Diseases ; Databases, Factual ; Humans ; Medical Informatics ; Pediatrics ; methods ; Respiratory Tract Infections

This article elaborated the connotation of public hospital medical insurance payment system and the importance of reform,summarizing and analyzing the practical exploration of promoting medical insurance payment system reform in the localities.Then it moved on to introduce new progress of medical insurance payment system reform abroad and the emerging mode of medical insurance payment, such as pay for performance,payment by results,and bundled payment.In the end,the authors put forward policy suggestions to improve medical insurance payment system at public hospitals in China, namely to build a modern healthcare payment system in line with the needs of medical service system.Such a system should be guided by comprehensive performance,restrained by cost budgeting, based on a diversified payment mode,and supported by information technology.In addition,it should have scientific payment standard and modern governance mechanism,and keep interactive development with commercial health insurance.

Objective To investigate the changes of lipopolysaccharide binding protein(LBP) in serum and ascites in patients with liver cirrhosis and its clinical significance. Methods Ninety?six cases of liver cir?rhosis patients who were treated in the NO. 202 Hospital of People's Liberation Army from January 2013 to De?cember 2015 were selected as research subjects,and were divided into liver cirrhosis with spontaneous bacterial peritonitis(SBP) of 27 patients as SBP group,69 cases of patients with liver cirrhosis as non?SBP group accord?ing to the clinical diagnosis. The level of LBP in serum and ascites,routine blood test and liver function indica?tors of two groups were detected and comparative analyzed. Receiver operating curve( ROC) was drawn to select LBP diagnosis best critical value of SBP. Results The level of LBP in serum and ascites of SBP group were significantly higher than that of non?SBP group((43. 2±10. 6) μg/L vs. (19. 5±7. 5) μg/L,(280. 6±73. 9)μg/L vs. (127. 4±42. 0) μg/L),and the difference was statistically significant(t=12. 324,7. 892;P<0. 05) . ROC curve showed that the diagnosis of SBP sensitivity was 82. 30%,the specificity was 78. 36%,the area un?der ROC curve AUC value was 0. 821 when Cut?off value of LBP in ascites was 23. 5 g/L;the diagnosis of SBP sensitivity was 85. 59%,the specificity was 81. 24%,the area under ROC curve AUC value was 0. 856 when Cut?off value of LBP in serum was 152. 1μg/L. Conclusion LBP levels in serum and ascites in cirrhotic patients for the differential diagnosis of SBP has some clinical value.

Objective To examine the effect of Caffeine on the cultured cortical neuron apoptosis in neonatal rats.Methods The primary cerebral cortex neurons for cultures were obtained from neonatal mice 2-3 days after birth,Caffeine reconstituted at final concentrations 300μmol/L and 1 000μmol/L was added to the cell cultures and continuously co-incubated for 6-36 h,respectively after the cortical neurons were continuously cultivated 7 days after incubation under temperature of 37℃ incubator with 5% CO_2 and 100% relative humidity,the intracellular calcium concentration,mitochondrial membrane potential and apoptosis rate were determined by the flow cytometry.The activity of Caspase-9 was assayed by enzyme-labeled instrument,and Caspase-9 activity by the enzyme-1inked analyzer.Cell morphological changes were observed under electron microscope and fluorescent microscope after being stained with Hoechst 33258 fluorescent dye.Results Compared with the control group,the average increase in intracellular calcium fluorescence intensity was most significant(P<0.05),which elevated from the normal value 43.13±2.02 to 45.28±1.16 and 46.92±1.99,respectively at 6 h;mitochondrial membrane potentials were reduced most significandy(P<0.05).from the base value 443.58 ±11.77 down to 289.53±16.47 and 165.14±14.72,respectively at 8h.Caspase-9 activity was peaked(P<0.05),from the normal value 1.00±0.000 to 5.33±1.02 and 8.33±0.92,respectively at 10 h.The neuronal apoptosis ratio was increased significantly (P<0.05),from the normal value 4.94±1.74 to 15.98±2.03 and 18.70±2.09,at 36h.The apoptotic bodies were observed at 24 h after administration of 300 μmol/L and 1000 μmol/L Caffeine.Conclusion Caffeine may promote neuronal apoptosis in neonate mice.

ObjectiveTo explore puncture point and angle of skin for unipedicular vertebroplasty by imaging measurement and combining clinical practice in order to pr vide reference for clinical work.MethodsCT images of thoracic and lumbar vertebrae of imaged with multislice helical CT were random chosen.From high to low position vertebrae of easy fracture T6 to -L5,its angle between vertebraI pedfcle stalk line and 1/3 of vertebraI body stalk line fore and median of point of intersection was measured.The angle of sternocostal joints route was also measured.At the same time the distance between site of skin puncture and spinous process was measured.ResultsThe angle between the thoracic vertebraI pedicle and sagittal section was (28.2 ± 3.8) °,the lateral distance of the spinous process was ( 31.6 ± 5.4) mm.The angle of thoracic vertebraI pedicle lateral route was (35 ± 3.4) °,the distance was ( 55.2 ± 5.3 ) mm.In the lumbar vertebrae pedicle route,the angle of L1 -L4 was (29.3 ± 5.6 ) °,the distance was (38.4 ± 4.5 )mm.Ls was (39.2 ± 3.3) °,the distance was ( 71.6 ± 6.2) mm.Combining clinical practice,the lateral distance of the spinous process in thoracic vertebraIpedicle route,the best puncture point was 30 mm,in thoracic vertebraI pedicle lateral route it was 40 mm,in L1-L4 it was 45 mm,in L5 it was 60 mm.ConclusionsThe unipedicular vertebroplasty can be performed rapidly,accurately and safely,and it reduces complications,cost and time.

Objective To investigate the experimental condition of separate purification and directed differentiation potency of pancreatic stem cells of adult rats in vitro. Methods The pancreas of adult rats were digested by collagenase V in situ perfusion. Filtration was performed by 100 mesh filter. Ficoll 400 density gradient centrifugation was used to separate pancreatic stem cells and stem cells were for cultivation. Epidermal growth factor (EGF), fibroblast growth factor (bFGF) was added to medium for in vitro cultivation.Immunofluorescence staining method was used to detect the expression of CK19, Pdx-1, nestin, insulin and glucagon, and the positive cell rate was calculated. The differentiated cell was evaluated by dithizone (DTZ)staining; insulin excretion function was determined by optical enzyme labeled ELISA staining. Results The pancreatic stem cell obtained from the study could be cultivated in vitro for 8 generations. The expression of CK19, Pdx-1 and nestin of the tem cells were all positive, and the rate of positive cells were (88.6 ± 6.2)% ,(84.6 ±8.6)% and (81.3 ±7.5)%. The differentiated cell was in brownish red color by DTZ dye. After high concentration sugar stimulation, the expression of insulin secretion was increased in the supernatant.Conclusions This method can harvest highly purified, and large amount of pancreatic duct stem cell.Artificial induction may result directed differentiate for islet-like clusters and have insulin secrete function.

The paper proposes and realizes a programmable wireless neural stimulation system which can be used as a solution of functional electrical stimulation to treat neural diseases. The system is composed of two parts: controller and neural stimulator. The controller can transmit pulse parameters to the stimulator wirelessly, and the stimulator can generate bidirectional pulses with charge balance. The simulator takes use of ADCs to sample on the bidirectional pulse output, which compared with preset amplitude to the DAC output voltage to realize the voltage calibration. Through the test, the whole system works stably and the output of the biphasic charge balanced circuit is definite. The stimulator output ranges from 0 to 5 V ajustably, and the frequency ranges from 1 Hz to 200 Hz ajustably, while the pulse width ranges from 500 μs to 1500 μs ajustably. The duration of the stimulation can be set from 10 s to 10 min.
Electric Stimulation ; instrumentation ; Equipment Design ; Wireless Technology