Objective:To investigate the enantiomer separation for atropine by capillary electrophoresis .Methods:Capillary elec-trophoresis was used with an elastic quartz capillary column (60 cm ×75 mm, effective length of 40 cm).The concentration of phos-phate buffer was 30 mmol· L-1 .The high and time of injection was 10 cm and 5 s, respectively.The detection wavelength was 225 nm.The best separation conditions were selected including the type and concentration of chiral resolving agent , pH of the buffer solu-tion, operating voltage and organic solvent.Results:The optimum conditions of separation were as follows:the pH of buffer solution was 7.0, the concentration of S-β-CDP was 10 mg· ml-1 , and the operating voltage was 12 kV.Conclusion: The method is simple and fast, which can be used to se parate the optical isomers of atrpo ine.

This article was aimed to study effect of D-ribose on the high-energy phosphate metabolism of skeletal muscle tissues of tired mice. The model was made by burden swimming. And then, the mice were divided into four groups, which were the model group, D-ribose group, caffeine group, and D-ribose with caffeine group). Intragastric administrations of drugs were given to all mice in four groups, three times per day. And all mice continued to swim for three days. The time of swimming was recorded. Gastrocnemius of mice were removed after swimming or 3 days later to measure the concentration of ATP, ADP, AMP and IMP with the HPLC. The results showed that compared with the control group, the time of burden s wimming was significantly prolonged for mice in the D-ribose group and the D-ribose with caffeine group. After three-day recovery, the concentration of ATP, AMP and IMP of gastrocnemius in the D-ribose group and the D-ribose with caffeine group mice was significantly increased. There was no significant difference in the caffeine group mice. It was concluded that D-ribose is involved in the high-energy phosphate metabolism of skeletal muscle tissues of tired mice . D-ribose promotes the recovery of ATP concentration in the gastrocnemius of tired mice, and prolongs the time of burden swimming. Therefore, it has a certain anti-fatigue effect .

Objective To assess the clinical application value of radiofrequency ablation (RFA) by using different-depth needle-puncturing through medial wall of oval foramen under fluoroscopic guidance in treating primary trigeminal neuralgia.Method A total of 32 patients with primary trigeminal neuralgia were enrolled in this study.Guided by fluoroscopic monitoring,RFA by using different-depth needle-puncturing through medial wall of oval foramen was carried out in all patients.The intraoperative exact replication rates of responsible nerve were recorded,and the postoperative one-day,one-week,3-month and one-year cure rates were calculated.Results During the operation,the precise replication rates the neuralgia of branch Ⅰ,branch Ⅱ and branch Ⅲ of the trigeminal nerve were 85.7％(6/7),96.4％ and 100％ respectively.The postoperative one-day,one-week,3-month and one-year cure rates were 87.5％,93.8％,93.8％ and 87.5％ respectively.Conclusion In treating trigeminal neuralgia with RFA,fluoroscopy-guided needle-puncturing through medial wall of oval foramen can accurately replicate the pain symptoms of the dominating region of responsible nerve,thus,the trigeminal neuralgia can be precisely treated.Being minimally-invasive and safe with reliable effectiveness,this technique is worthy of clinical application.