objective To investigate the multiple early variables that influenced the 6th months prognosis of comprehensive function in patients with stroke.Methods Two hundreds and eleven patients of primary cerebral infarction and primary cerebral hemorrhage in Shanghai were divided into treated group and controlled group randomly.Patients in the treated group were given standardized tertiary rehabilitation,while those in the controlled group received normal internal medicine treatments but without standardized tertiary rehabilitation.Twenty seven early variables were collected with regard to the patients'medical history,physical examination,scores with CNFD,S-FMA and MBI at the time of enrollment.The patients'FCA scores at the ends of the 6th months after stroke were used as the comprehensive functional outcome.Stepwise multiple regression analysis applied to analyze the data.Results Stepwise multiple regression analysis revealed that therapeutic regimen,CNFD scores,age,diabetes mellitus,SFMA scores,smoking and labour intensity predicted comprehensive functional outcome at the ends of the 6th months after stroke.Conclusion Certain early variables predict the long-term comprehensive functional prognosis of stroke patients.Therapeutic regimen,CNFD scores and age were significant predictors.

Insufficient catalytic efficiency of flavonoid 6-hydroxylases in the fermentative production of scutellarin leads to the formation of at least about 18% of by-products. Here, the catalytic mechanisms of two flavonoid 6-hydroxylases, CYP82D4 and CYP706X, were investigated by molecular dynamics simulations and quantum chemical calculations. Our results show that CYP82D4 and CYP706X have almost identical energy barriers at the rate-determining step and thus similar reaction rates, while the relatively low substrate binding energy of CYP82D4 may facilitate product release, which is directly responsible for its higher catalytic efficiency. Based on the study of substrate entry and release processes, the catalytic efficiency of the L540A mutation of CYP82D4 increased by 1.37-fold, demonstrating the feasibility of theoretical calculations-guided engineering of flavonoid 6-hydroxylase. Overall, this study reveals the catalytic mechanism of flavonoid 6-hydroxylases, which may facilitate the modification and optimization of flavonoid 6-hydroxylases for efficient fermentative production of scutellarin.
Cytochrome P-450 Enzyme System/metabolism* ; Apigenin ; Glucuronates