Objective To investigate the effects of lipid microspheres prostaglandin E1(Lipo PGE1) on subarachnoid hemorrhage(SAH).Methods Ninty-three patients with SAH were randomly divided into control group(treated with nomal drugs) and Lipo PGE1 treatment group(treated with nomal drugs and Lipo PGE1).Changes in neuroimaging,biochemical indexes and incidence of cerebral vasospasm were measured. Results A lower incidence rate of cerebral vasospasm was observed in Lipo PGE1 treatment group(P0.05).The levels of vWF and GMP-140 were significant lower in the Lipo PGE1 treatment group than those in the control group after treatment for 3 and 7 d(P

Objective To investigate the changes of somatosensory evoked potential(SEP)in subarachnoid hemorrhage(SAH)and in-fluence from lipid microspheres prostaglandin E1(Lipo PGE1). Methods Ninty-three patients with SAH were randomly divided into control group(treated with nomal drugs) and Lipo PGE1 treatment group(treated with nomal drugs and Lipo PGE1).Clinical outcomes and changes of SEP before and after the treatment were observed. Results After the treatment,the latency of N20 wave was prolonged in both groups(P

Malignant lymphoma of the maxillary sinus is very rare. A case of diffuse large B-cell lymphoma (DLBCL) of the left maxillary sinus is presented here. A 59-year-old man came to our hospital complaining of swelling under the left lower eyelid without any other symptoms. Imaging examination including CT and MRI detected a tumor in the left maxillary sinus. The tumor was invasive into left orbit. The biopsy revealed a diffuse large B-cell lymphoma. The tumor cells were positive to CD20, CD79a, CD45. In conclusion, a very rare case of DLBCL of the maxillary sinus was reported.
Humans ; Lymphoma, Large B-Cell, Diffuse ; Male ; Maxillary Sinus ; Middle Aged ; Paranasal Sinus Neoplasms

Objective To compare the effects of continuous versus intermittent feedings on the growth of very low birth weight infants. Methods Databases of Pubmed,Embase,Ovid,the Cochrane library and CBM were searched through internet,and citations of relevant original studies were also searched manually by using keywords of 'ontinuous,intermittent,nasogastric,premature,very low birth weight' Meta analysis was done on the results of these studies. Results Seven eligible studies with 434 infants were identified,among them,217 were fed using continuous nasogastric gavage,and other 217 were fed by intermittent nasogastric gavage. The result of the Meta analysis revealed that there was no statistical difference in the growth of the infants between two feeding methods. Conclusions Feeding methods are associated with similar outcomes when calorie intake is guaranteed.

A questionnaire survey on learning motivation of standardized training and influence factors was carried out and 94 residents of general practice responded. The results indicated that over 80% respondents showed a positive attitude to study and hoped to obtain opportunity for continuing education;76% thought the training program was basically rational but still need to be improved; 94% felt that the training model should be adapted to the real conditions and work requirements of Chinese community health centers. The authors suggest some measures to improve the training including suitable textbooks, more rational training programs and further improvement of education system.

Objective : To evaluate the effect of low dose naloxone on remote seizure susceptibility after repeated febrile seizures(FS) in developing age. Methods: Warm water induced rat FS model was developed in this study.Forty nine SD rats were randomly divided into two groups: normal control group( n =10) and hyperthermic seizure group( n =39).The latter was further divided into FS control group( n =13) and naloxone treated group( n =26). The dose of naloxone was different in the two naloxone treated groups(13/each group). One group dose was 1 mg/kg, and the other 2 mg/kg. Each rat of hyperthermic seizure groups was induced to have 7 febrile seizures at the interval of 1 day. The rats were weighed and injected intraperitoneally with naloxone once the FS occurred in naloxone treated group, while the rats of other groups were injected with 0.9% sodium chloride. After the seventh stimulation, all rats were left un stimulated for 2 months, then re stimulated. Re stimulated seizureincidence rate, seizure duration and seizure grade in different groups were observed and compared with each other. Hippocampal mossy fiber sprouting was detected by Timm stain. Results: In naloxone treated group, the rats'seizure duration and seizure grade [(5.66?2.78) min,(2.97? 1.18)] significantly decreased ( t =5.035, P

Objective To investigate the effect of naloxone on neuronal cells apoptosis induced by repeated febrile seizures(FS).Methods Warm water was used to induce 70 rats FS model 15 days after birth in this study; each rat was induced 7 times febrile seizures at one- day interval . Seventy rats were randomly divided into naloxone-treated group and FS control group, receiving injection of naloxone or saline at 5, 30, 60 min and 2 hours after FS each day respectively. The rats were sacrificed 24 hours after the last seizure. Neuronal cell apoptosis was determined by TUNEL methods in situ cell death kit. TUNEL positive cells(TPC) were stained and counted as apoptosis in hippocampus and cortex. Ultrastructural changes of apoptosis neurons were observed under the electron microscope(EM). Results Compared with the FS control group, naloxone treatment could significantly relieve neuron apoptosis induced by repeated FS when it was used at 5, 30, 60 min after the last FS. However there was no significant difference in neuron apoptosis between 2 groups when naloxone was used at 2 hours after FS. The comparison of different naloxone administration time showed that the earlier naloxone was injected,the fewer apoptosis neurons were induced by FS.Conclusion Naloxone,as early used in proper dosage,may significantly alleviate apoptosis after repeated FS ,and protect neurons.

Objective To investigate the effect of naloxone on c-fos expression in hippocampus induced by repeated febrile seizures(FS).Methods Warm water induced rat FS model was developed in this study. Each rat was induced 7 febrile seizures with the interval of one day. Naloxone-treated rats and FS control rats received injection of naloxone(1 mg/kg,2 mg/kg) or saline once FS occurrence every 2 day respectively. All rats were sacrificed 24 hours after the last seizure. In hippocampus, c-fos expression distribution and semi-quantitative analysis was determined by immuhischemical staining measure and western-blotting respectively.Results Compared with FS control group, naloxone treatment could significantly relieve c-fos expression in hippocampus induced by repeated FS, mainly in dentate gyrus(DG) and CA3 region. The comparison between 1 mg/kg and 2 mg/kg naloxone-treated group showed that 2 mg/kg naloxone could reduce c-fos positive expression more significantly.Conclusion Naloxone of proper dosage may significantly alleviate c-fos expression after repeated FS ,which further proved its antiepileptic function and also implied that endogenous opioid may be involved in the regulation of c-fos expression during seizure.

Objective To study the alterations in neurobehavior of rats with diffuse axonal injury(DAI) and to evaluate the potential role of basic fibroblast growth factor(bFGF). Methods A weight-drop device was employed to build the DAI model.An injection of bFGF subdurally and subcortically was given to the bFGF therapeutic group(n=60).Besides,normal control(n=20) and injured control group(n=60) were established.The elevated walkway test,prehensile traction test,sensorimotor integration test and the Morris' water maze test were adopted to examine the motor and memory abilities.After the implantation of skull electrodes,P3-like potential was explored in rats before and after injury. Results After DAI,the scales of the elevated walkway test,prehensile traction test,sensorimotor integration test and the Morris' water maze test were decreased,and the rats in the bFGF therapeutic group presented a better behaviour in the early stage.The latency of P3-like potential prolonged significantly in rats with DAI,with the P3-like potential in the injured control group longer than that in the bFGF therapeutic group(P

Objective To study the alterations in pathology and immunohistochemistry in rats with diffuse axonal injury(DAI) and the effects from basic fibroblast growth factor(bFGF). Methods A weight-drop device was employed to produce DAI in rats.In the treatment group(n=60),bFGF was injected subdurally and subcortically.Besides,normal control group(n=20) and injury-control group(n=60) were also established.The pathological changes were observed by light microscopy and electromicroscopy,and the expression of brain-derived neurotrophic factor(BDNF),growth associated protein-43(GAP-43) and glial fibrillary acidic protein(GFAP) were also examined by immunohistochemistry. Results Typical pathological changes were observed in the basal portion of pons,corpus callosum and white matter of cerebral hemisphere in the rats with DAI.And an upregulation of GFAP,GAP-43 and BDNF was also found.In the treatment group,better outcomes of pathological changes were observed.bFGF increased the expression of BDNF and GAP-43,while inhibited the immunoreactivity of GFAP. Conclusion Topical application of bFGF can improve brain tissue regeneration and speed function recovery in rats with DAI,though its long-term effect warrants further study.