Objective: To establish the identification of protein compositions in Rhizoma Arisaematis through researches of its taxonomy, pharmacognostic anatomy and chemical compositions.Methods: The protein compositions in Rhizoma Arisaematis were identified by HPCE taking potassium phosphate boric acid buffer solution (pH=9.0) as an electrophoretic buffer. The electric sampling time was 10s, 10kV; Separating pressure 25kV; column temperature=28℃;?=205nm; integral determination sensitivety value=0.05; sensitivity=0.1 AUFS. Also, the raw plant identification, medical material characteristics and microscope identification were performed. Results: Combined with pharmacognostic and microscopic identification, experiments indicated that herbs of Arisaematis genus have similar HPCE chromatographic profile but different finger peaks. Condlusion: This study provides a better basis for the identification of Rhizoma Arisaematis.

AIM: To affirm marker peaks for the fingerprint chromatography of Shengmai Injection. METHODS: LC-MS/MS method was used, with a Waters symmetryshield TM RP_ 18 column(4.6 mm?250 mm; 5.0 ?m), acetonitrile-water as a mobile phase, The detection wavelength was at 203 nm. Ion trap mass spectrum. RESULTS: Affirming marker peaks for fingerprint chromatography of Shengmai Injection and 10 marker peaks were affirmed. CONCLUSION: The method can affirm marker peaks for the fingerprint chromatography of Shengmai Injection. It is simple, accurate, and has practicality.

AIM:To establish a method for detecting three aconitum alkaloids(aconitine,mesaconitine,hy-paconitine) in Zhentong Huoluo Tincture(Radix Aconiti,Radix Aconiti kusnezoffii,Radix et Rhizoma Rhei,Rhizoma Pinelliae,Rhizoma Arisaematis ect.).METHODS:A ZOBAX Extend-C_ 18(250 mm?4.6 mm,5 ?m) column was used to determine the aconitum alkaloids in Zhentong Huoluo Tincture.The mobile was gradient elution,0.1% die-thylamine(adjust pH 9.0 with phosphoric acid) as mobile A;0-20 min A∶B(63∶37),20-45 min A∶B(63∶55∶37→45),at the rate of 1 mL/min.The temperature of column was 30 ℃,and the wavelength was at 232 nm.RESULTS:The linearity of the aconitine in 9.74 ng-974 ng was 0.999 9;that of the mesaconitine in 23.86-2 386 ng was 0.999 9 and that of the hypaconitine in 29.94 ng-2 994 ng was 0.999 9.The RSD of precision for these three were 1.50%、0.68% and 0.49%,respectively.The average recoveries and its RSD were 100.2%(RSD 3.2 %)、102.9%(RSD 2.2%) and 98.2(RSD 2.0%),respectively for aconitin,mesaconitine and hypaconitine.The reproducibilities were all less than 2.0%,and the sample solution was stable in 24 h.CONCLUSION:The method is simple,accurate and has good stability,can be used for the quantity control in the product of Zhentong Huoluo Tincture.

Objective To explore the incidence,features and outcomes of in-hospital sudden cardiac death (SCD) in order to determine the predictors of survival. Methods The clinical data of 69 patients with cardiac arrest hospitalized from January 2008 through December 2010 were retrospectively analyzed.Information on genders,age,types of arrhythmia was collected and further analyzed to determine these factors associated with the occurrence and outcomes of in-hospital cardiac arrest. Results The overall incidence of SCD was 47.3 / 100 000 per year and 17.4％ of them.survived at discharge.The occurrence rate was higher in male than that in female (66.7％ vs.33.3％,P ＜0.01 ),whereas difference in gender did not affect the discharge rate ( P ＞ 0.05 ). Survivors from in-hospital cardiac arrest were significantly younger than non-survivors (man:62.57 ± 12.83 years vs.75.56 ± 10.55 years; women:60.36 ± 13.24years vs.69.53 ± 11.72 years,P ＜ O.01 ).From 62 ECG records of SCD patients,the incidence of nonshockable rhythms was higher than that of shockable rhythms.Compare to the non-shockable rhythms,the shockable rhythms brought a higher rate of restoration of spontaneous circulation (ROSC) (54.5％ vs.24.5％,P ＜0.05),whereas survival rates at discharge between two groups were not statistically different ( 18.2％ vs.18.4％,P ＞ 0.05 ).Conclusions Non-shockable rhythms were more common in patients suffering from in-hospital cardiac arrest.Although defibrillation treatment contributed benefit to ROSC among patients with ventricular fibrillation or pulseless ventricular tachycardia,high-quality CPR and post-cardiac arrest care may play a more critical role in the outcomes of in-hospital sudden cardiac death.

Quality control of traditional Chinese medicine (TCM) has become bottlenecks of TCM industry devel-opment and TCM international recognition. To solve the retational problems, we explored the establishment of new quality control method based on efficacy and safety. Firstly, material basis of TCM efficacy was investigated deeply and systematically. Then, quality control method based on efficacy was established by using active ingre-dients as markers. We also establish detection methods based on safety, such as pesticide residues, heavy metals and harmful elements , mycotoxins .

Humans ; Laryngeal Neoplasms ; Male ; Middle Aged ; Neoplasms, Muscle Tissue

Humans ; Hypopharyngeal Neoplasms ; Hypopharynx ; pathology ; Male ; Middle Aged ; Neoplasms, Muscle Tissue

Aged ; Deglutition Disorders ; etiology ; Humans ; Male ; Zenker Diverticulum ; complications ; pathology

Adult ; Aged ; Humans ; Male ; Papilloma, Inverted ; Paranasal Sinus Neoplasms ; Sphenoid Sinus ; pathology

AIM: To establish a method for detecting the residual solvents in protopanaxdiol. METHODS: Capillary GC with HP-PLOT-Q column (30 m ? 0. 53 mm ? 1. 0 ?m) was used to determine residual in protopanaxdiol. N,N-dimethyl-acetamide as solvent media,FID detector and nitrogen as the carrier gas. RESULTS: There was a good linearity at the experimental concentration (r = 0. 999 96-0. 999 99),the RSD of precision was less than 6. 0 % . The spotting recovery of the 3 residul,including methol,ethyl acetate and n-butanol,was in the range of 98. 2%-102. 2% ,and its’RSD was 1. 1%-2. 4% . CONCLUSION: The method is simple,accurate and of high sensitivity,can be used for the determination of residual solvents in protopanaxdiol.