1.key-hole drainage for acute traumatic subdural hematoma
Baochang SHAN ; Lifeng CHENG ; Yuesong JING ; Liulong ZHANG
Chinese Journal of Trauma 2012;(10):901-904
ObjectiveTo investigate the effects of minimally invasive key-hole drainage for treating acute subdural hematoma.MethodsThirty-five patients with acute subdural hematoma treated by key-hole drainage were retrospectively analyzed.CT-oriented key-hole drainage was performed to aspirate,liquefy and drain hematoma.The transfixion pin was removed after hematoma was basically cleared within 1 to 3 days.ResultsHematoma volume decrease was greater than 80% by follow-up CT 24 hours postoperatively.Headache and vomiting in the preoperative conscious patients were significantly relieved after key-hole drainage.Glasgow Outcome Score (GOS) was 5 points in 16 patients,4 points in 15 and 3 points in four six months postoperatively.One patient was complicated with hydrocephalus and two with epilepsy.ConclusionsKey-hole drainage with disposable transfixion pin selective employed for patients with acute subdural hematoma is effective and has few complications.The treatment notably improves prognosis of the patients.
2.Effects of glycyrrhiza extract on pharmacokinetics property of daphnetin in rats.
Letian CHEN ; Liuqing DI ; Hui LIU ; Jinjun SHAN ; Xiaoli ZHAO ; Wei ZHOU ; Baochang CAI
China Journal of Chinese Materia Medica 2011;36(7):935-938
OBJECTIVETo research the influence of glycyrrhiza extract on the pharmacokinetics characteristic parameters of daphnetin, which was aimed to explore the rationality of concert application of drugs.
METHODThe rats received intragastric administration of daphnetin and glycyrrhiza extract containing the same daphnetin respectively. The blood concentration of daphnetin was assayed by LC-MS. The data was processed by program DAS2.1.1.
RESULTGlycyrrhiza extract can reduce the t(1/2), tmax and Ke of daphnetin, while increased the Ka and AUC(0-infinity).
CONCLUSIONGlycyrrhiza extract promoted the oral absorption of daphnetin, slowed down the elimination and increased the biological availability.
Animals ; Drug Interactions ; Drugs, Chinese Herbal ; pharmacology ; Glycyrrhiza ; chemistry ; Rats ; Rats, Sprague-Dawley ; Tissue Distribution ; drug effects ; Umbelliferones ; pharmacokinetics
3.Investigation of research method of fingerprint pharmacodynamics of traditional Chinese medicines.
Jinhua TAO ; Liuqing DI ; Hongmei WEN ; Xiaoli ZHAO ; Jinjun SHAN ; Baochang CAI
China Journal of Chinese Materia Medica 2009;34(18):2410-2413
Fingerprinting techniques play a increasingly important role in the quality control standards of traditional Chinese medicines (TCM), research and establish the fingerprint about spectral-efficiency could improve the quality control of TCM. The necessity of the fingerprint pharmacodynamics research and the analysis and evaluation of the research methods in the existing literature at home and abroad were reviewed in this article, Combined with the author's laboratory research, we proposed the research methods of fingerprint pharmacodynamics of TCM and provided the basis for effectively promoting the the establishment and development of fingerprint pharmacodynamics of Chinese medicine compound preparations.
Animals
;
Biomedical Research
;
methods
;
Drugs, Chinese Herbal
;
chemistry
;
Humans
;
Medicine, Chinese Traditional
;
Pharmacology
;
methods