To evaluate the forensic determination of post cerebral traumatic epilepsy. Methods In 21 patients, traumatic history and previous history were analysied combined with the demonstrations of electroencephalogram(EEG), X-ray, CT and MRI. Results Post-traumatic epilepsy,manily in late stage, usually occurred following serious cerebral trauma. The type of traumatic epilepsy was determined by the traumatic location and extent. Abnormal epileptic wave in scalp EEG and 24h dynamic EEG and medical image examinations were helpful for qualitative analysis. Conclusion The forensic determination of post traumatic epilepsy must be on the basis of traumatic and previous history combined with EEG, CT and MRI analysis.

The serous anti-corneum antibodies(ACAs)of 50 psoriatic patients and 32 normal con- trols were measured by Biotin Avidim Enzyme Linked Immunosorbent Assay (BA-ELISA).The results showed that ACAs of patients were significantly lower than that of the controls(P

Isocitrate dehydrogenases(IDHs)are considered as key enzymes in the tricarboxylic acid cycle. Recurrent mutations in the IDH1 and IDH2 genes are recently found in several human cancers. Those point mutations specifically affect IDH1 and IDH2 active site arginine residues and confer a neomorphic enzyme function of directly catalyzing α-ketoglutarate(α-KG)to R-2-hydroxyglutarate(R-2-HG). R-2-HG can com-petitively inhibits α-KG-dependent enzymes and may therefore contribute to the occurrence and development of tumor. In addition,Mutation status of IDH1 and IDH2 are closely relative to the progress and prognosis of cer-tain tumor. Thus IDH1 and IDH2 are considered to be promising biomarkers for early diagnosis and prognosis and targeted therapy.

Objective: To investigate the clinical effect of mind-regulating acupuncture therapy on peripheral facial paralysis. Methods: Two hundred subjects were divided into observation group (treated by mind-regulating acupuncture therapy) and control group (treated by points of Yang-ming meridians) with one hundred in each group. The points of Yang-ming meridians were mainly selected for control group, observation group were treated by points with the function of regulating mind besides the points of control group, for two courses with 10 treatments in course. Results: The cure rate was 65.0% and total effective rate was 99.0% in observation group, while in control group, the cure rate was 55.0% and total effective rate was 91.0%, the curative effect in observation group was prior to control group (P＜0.05). Conclusion:The therapy of mind-regulating acupuncture gives a quicker response, a shorter course of treatment and a higher cure rate.

Objective:To explore the effects of radiation on hippocampus neuron and the related damage mechanism in order to provide the theory base for treatment strategy of radiation brain injury. Methods:We looked up the scientific literature including following methods. Pregnant mice were irradiated with tritiated water, and then the contents of SOM in pars intermedia and AVP in hypothalamus of newborn mice were detected by radioimmunoassay. Pregnant rats were irradiated with tritiated water or X-ray, and the neuronal cells derived from the newborn rats were cultured. The morphology of cultured neuronal cells was compared with those of normal neuronal cells. The number of apoptotic cells in cortical fifth layer was measured by HE staining. Results:After radiation with tritiated water, the level of SOM in pars intermedia of newborn mouse and AVP content in hypothalamus content of male newborn mouse significantly increased and decreased, respectively. Radiation with tritiated water could result in the morphology change of neuronal cells and increase the percent of apoptosis cells in cortical fifth layer. Moreover, the percent of apoptosis cells in tritiated water group was higher than that in the X ray group. Conclusion: Radiation could impact on brain neuropeptide contents, and neurobehavioral, learning and memonic ability, result in the morphology change of hippocampal neurons, and induce the midbrain cells apoptosis.

Objective To evaluate the role of angiocadiography(ACG)in the diagnosis and management of complex/complicated congenital heart disease(CHD).Methods A retrospective study of ACG findings in 360 cases with complex/complicated CHD was performed with a comparision to that of echocardiography(Echo)and related clinical examination.Results The present series of CHD cases included pulmonary atresia with ventricular septal defect in 75 cases,double outlet of right ventricle in 62 cases,Fallot's tetralogy in 60 cases,single ventricle in 52 cases,transposition of the great arteries in 42 cases,tricuspid valve atresia in 15 cases,coronary abnormality in 6 cases,total abnormal pulmonary venous connection in 5 cases,total endocardial cushion defect in 5 cases,persistent truncus arteriosus in 4 cases,pulmonary atresia with normal ventricular septum in 3 cases,other disorders in 7 cases,and postsurgical operation in 24 cases.ACG was superior to that of Echo in demonstrating the abnormalities of systemic,pulmonary,and coronary arteries and their branches of complex/complicated CHD as well as measuring the pressure of pulmonary artery,vein,and systemic-pulmonary collateral vessels.Conclusion In the diagnosis and differential diagnosis of knotty cases with complex and complicated CHD,particularly in the demonstration of full view of systemic,pulmonary,and coronary arterial branches and accurate measurement of pulmonary arterial pressure/resistance,and atrial,ventricular,and systemic arterial pressure,ACG(including DSA)still plays an important and irreplaceable role.

Objective To explore a new bio-dynamic differential equation to establish gene regulatory network based on the time-space of gene expression.Methods According to bio-dynamic competitive model and differential equation,a new time-space Lotka-Volterra differential equation was established and was applied to time-order expression data.Results The model was applied to set up the regulation network of yeast genes.The regulatory relation was found and compared with the experiment results.Conclusion The results from the new model were almost consistent with the real situation.So this model can remedy the shortage of other models.It's a new valuable differential equation model.

Objective To observe the connections between enkephalin immunoreactive(ENK-ir) terminals and ?-aminobutyric acid immunoreactive(GABA-ir) neurons in the rostral portion of the nucleus tractus solitarious(rNTS) of the rat. Methods Double-immunofluorescent labeling method and the pre-embedding immunohistochemical staining combined with immuno-gold particles labeling technique for electron microscopic detection were used in the present study. Results Under the laser scanning confocal microscope,dense ENK-ir fibers and terminals and some GABA-ir neurons were observed in the rNTS.Close contacts between ENK-ir terminals and GABA-ir cell bodies were also detected.By using the electron microscopic technique,ENK-ir reaction products were found to be mainly localized on the surface of round clear vesicles and dense-cored vesicles in the axon terminals.ENK-ir terminals formed symmetric,which was a dominant pattern,and asymmetric synaptic connections with GABA-ir and immunonegative cell bodies and dendrites.Conclusion The ENK-ir terminals might take part in the transmission and regulation of the taste information in the rNTS through inhibiting,exciting the GABAergic neurons or inhibiting directly the activity of neurons within the rNTS.

To realize long-term long distance space exploring flight,the bioregenerative life support system has to be applied.Producing animal protein in this system could increase its closure ability and stability.In this paper,researches and developments on the animal protein production in the bioregenerative life support system from various countries including our research results were introduced in detail through information analyses.The prospects in the future studies were also predicted.It has important references for our country to carry out related investigations.