1.Gene related to generalized epilepsy with febrile seizures plus
Journal of Medical Postgraduates 2003;0(08):-
Generalized epilepsy with febrile seizures plus is a novel and common generalized epilepsy syndromes, with significant genetic and phenotypic heterogeneity. Research on genetic position and mutant of generalized epilepsy with febrile seizures plus has been a hot spot, which has importance in clarifying epilepsy syndrome as a kind of channelopathy.
2.Study on lateralization of temporal lobe epilepsy by proton magnetic resonance spectroscopy
Journal of Clinical Neurology 1995;0(04):-
Objective To investigate the role of proton magnetic resonance spectroscopy (~1H-MRS) in accurate lateralization of temporal lobe epilepsy (TLE) and the factors which influenc ~1H-MRS in epileptogenic zones.Methods ~1H MRS and MRI were performed in 40 patients with TLE and 20 healthy volunteers by 1.5T MR/MRS system. The data of spectra of N-acetylaspartate (NAA), creatine+phosphocreatine (Cr) and choline-containing compounds (Cho) obtained from the medial regions of the temporal lobes were analyzed. Lateralization of TLE with ~1H-MRS was defined by the ratio of NAA/(Cho+Cr).Results The ratios of NAA/(Cho+Cr) both in epileptogenic zones (0.45?0.12) and contralateral regions (0.51?0.10) were lower than that in control group (0.58?0.09)( P0.05). There was significant difference in bilateral abnormal EEG between bilateral abnormal NAA/(Cho+Cr) and unilateral abnormal NAA/(Cho+Cr)( P
3.Effect of astragalus polysaccharides and soy isoflavones on glucose metabolism in diabetic rats
Journal of Third Military Medical University 1988;0(05):-
Objective To explore the effect of astragalus polysaccharides (APS) and soy isoflavones (SI) on glucose metabolism in diabetic rats. Methods Healthy 60 rats were equally and randomly divided into 5 groups, normal forage group (NF), high blood sugar model group(HBS), APS high dose group intervention group (APS-H), APS low dose group (APS-L), and SI intervention group (SI). Diabetic model was inflicted by intraperitoneal injection of streptozotocin (STZ). Ordinary feed and APS high dose,low dose APS and SI interfere were respectively given for 8 weeks. Blood glucose,glycated hemoglobin,glucose and lipid levels were determined in every group. Results After APS high dose,low dose and SI were given to feed diabetic rats for 8 weeks, their blood glucose, glycated hemoglobin, glucose, TC, TG, LDL, VLDL and high blood glucose was significantly lower than the HBS group (P
4.Efficacy and safty of Topiramate as adjunctive therapy for refractory epileptic patients
Shaoqing YANG ; Weiping LIAO ; Ying PAN
Journal of Clinical Neurology 1997;0(06):-
Objective To investigate the efficacy and safety of Topiramate as adjunctive therapy in patients with refractory epilepsy.Methods 115 patients enrolled in this open-label,self-controlled prospective study which were designed to adopt slower dosage escalation schedule with lower initial,until reached target dosages(up to 8 weeks) or the most tolerable dosages of Topiramate,and maintained them 1~3 years treatment.The long-term efficacy,safety of Topiramate and their relationship with dosage were evaluated.Results The median percentages reduction were 56.0%,75.8%,76.1%,77.3% and 78.1% after 8 weeks,6 months,1 year,2 years and 3 years Topiramate treatment respectively for adults,and 32.1%,66.7%,68.9%,70.1% and 70.8% respectively for children.The overall efficacy for partial seizures(70.6%) was higher than that for generalized seizures(37.5%)((P
5.Teaching epilepsy according to the international classification of epilepsy and epilepsy syndrome in different level students
Xiaorong LIU ; Weiping LIAO ; Yonghong YI
Chinese Journal of Medical Education Research 2006;0(07):-
In order to improve the quality of epilepsy teaching,the appropriate version of the international classification of epilepsy and epileptic syndrome were selected to teach in the different level students by the way of PBL and clinical case analysis.The clinical thoughts and enthusiasm were improved.The classification of epilepsy could be grasped and easily used in their clinical work.
6.Effect of synthetic corticotropin with vitamin B_6 on intractable epilepsy of children
Yanping WANG ; Weiping LIAO ; Ying PAN
Journal of Clinical Neurology 1997;0(06):-
Objective To observe the effect of synthetic corticotropin with vitamin B 6 on intractable epilepsy of children.Methods 20 patients (3 months to 4 years old) among which 9 children with infantile spasms and 11 children with intractable epilepsy were injected with vitamin B 6 (50~100 mg/d) for 10 days,then treated with cortrosyn 0 015~0 025 mg/Kg?d by the interval mothod of lengthening dosage,total course of treatment was about 2 months,seizure,EEG and some blood biochemical tests were observed in all patients before and after the course of treatment.Results The seizure of 14 patient children stopped after the treatment,seizure frequency was decreased in 5 patients (from 15 to 40 times/week decreasing to 3 to 14 times/week respectively),1 patient with intractable epilepsy was stopped treating because of side effect.The general clinical condition and EEG were also improved.The blood biochemical tests about liver and kidney were normal during treatment,hypokaliemia,hypocalcemia and slight dropsy were appeared in some patients.Conclusion Cortrosyn with vitamin B 6 is effective for infantile spasms and intractable epilepsy in children of low age.
7.Study on clinical characteristics and treatment of tuberous sclerosis induced epilepsy
Shaoqing YANG ; Yanping WANG ; Weiping LIAO
Journal of Clinical Neurology 1995;0(04):-
10 mm in diameter and tended to be correlated with the main discharges in EEG in two cases. 11 of 20 cases (61.11%) were effective with AEDs. After more than one year following up, 3 of 10 patients became worse.Conclusion Seizures in TS usually begin in young children, and partial seizures is the commonest seizure type in this study. There is a shift in seizure type during the clinical course. The results also suggests that there is a certain correlation between the size of cortical tubers and the epiletogenic focus. Treatment with AEDs is effective. However, the effect appears decreasing with increasing age.
8.Comparison of the valproate plasma levels and clinical efficacy in p atients with epilepsy between conventional preparations and sustained-r elease preparations of sodium valproate
Xiaoshi HE ; Weiping LIAO ; Yuhong DENG
Chinese Journal of Practical Internal Medicine 2001;0(07):-
Objectives To evaluate the valproate plasma l ev els,the clinical efficacy and adverse effects in patients with epilepsy treated with the conventional preparations and the sustained-release preparations of sodium valproate (VPA-Na?SR).Methods 33 patients received oral conventional formul ation of sodium valproate for over six months and a similar dosage of VPA-Na?SR for 4 weeks.After 12 or 24 hours,the valproate plasma concentr ations of the two formulations were measured respectively before taking drugs in the early mor ning.The valproate plasma concentrations and the clinical efficacy of the VPA-N a?SR were assessed by comparing with that of conventional valproate.The adverse effects were recorded.Results The average valproate plasma trough concentration was s ignificantly higher in patients receiving VPA-Na?SR than that of those receiving conventional valproate.Seizure free in patients was achi eved by 76%(n=25) with VPA-Na?SR and by 45%(n=15) with conventional valproate resp ectively.There was statistical difference between the two formulations.The seizu re frequency was significantly reduced in 5 patients treated with VPA-Na?SR.A dverse ef fects were observed in 2 patients with conventional valproate,5 patients with V PA-Na?SR whose valproate plasma levels were higher than that of conventional p reparations.Adverse effects were related to increased valproate plasm a levels and individual drugtolerance. Conclusions The advantage of VPA-Na?SR is that serum valproa te con centrations may increase smoothly and minimize fluctuation in serum dr ug concentrations during a dosing interval. It is a more effective and more convenient antiepileptic agent.
9.Clinical Study of Adjunctive Therapy with Mucosolvan Oxygen Atomization on Bronchitis
Jing LIAO ; Weiping WU ; Huifang PAN
Journal of Chinese Physician 2002;0(S1):-
Objective To study the adjunctive therapy with mucosolvan oxygen atomization on bronchitis. Methods All of the 83 cases were bronchitis patients in the hospital, and divided into 2 groups, we observed it`s curative effect compared with normal therapy. HZ Results Therapy in hospital mucosolvan group was 8.4 and thutinegroup was 11.2. Time of chirping and disappearing of lung phlegm.It is 5.1 to bathe Mucosolvan group. But routine group was 8.4.The two groups had remarkable differences and have statistics meanings. Conclusion Mucosolvan Oxgyen urge atomization is a kind of safe and high-efficcient way to heal the bronchitis.
10.Neuroprotection of Extraction of Gastrodia Elata for Status Epilepticus Induced by Li-Pilocarpin
Benguo WANG ; Nan YANG ; Weiping LIAO ; Tao SU
Chinese Journal of Rehabilitation Theory and Practice 2009;15(3):203-205
Objective To investigate the neuroprotective effect of extraction of gastrodia elata on status epilepticus induced by Li-pilocarpine in rats. Methods 144 SD rats were randomly divided into 4 groups: saline control (5 ml/kg twice daily), small dose gastrodia group (5 ml/kg twice daily), large dose gastrodia group (10 ml/kg twice daily) and lamotrigine group (20 mg/kg twice daily). The status epilepticus was induced 3 d after treatment. The duration of status epilepticus, neuron loss, the rate of spontaneous seizure and the score of mossy fiber sprouting were analyzed. Results Large dose gastrodia or lamotrigine administration can shorten the duration of status epilepticus and decrease the neuron loss compared with the small dose gastrodia and control administration. But all treatments cannot prevent mossy fiber sprouting and spontaneous seizures. Conclusion 20 ml/kg gastrodia or 40 mg/kg lamotrigine administration can shorten the duration of status epilepticus induced by Li-pilocarpine, and decrease the neuron loss of CA1, CA3 of hippocampus and hilus of dentate gyrus, but cannot prevent epileptogenesis after brain insult.