During the course of multiplication and rooting cultivation, the suitable medium was 1/2MS+IBA0.3 mg/L for"Zuo Shanyi" and "Shuang Hong", reforming B_5+IBA0.5mg/L was the compatible medium for "Zuo Shan'er" 、 "Shuang You" and "Shuang Qing", the suitable medium for "Shuang Feng" was l/2MS+IBA0.5mg/L.
The average hospitalization days were 3.2±2.5d in the treatment group and 5.4±3.7d in the control group, with significant statistical difference(P<0.01). Conclusion: Treatment of comphalitis of newborn with Bing Hong San is safe and effective.
The related substances were calculated by enternal standard. Results:The linear range of 6-MP metabolites in Red Blood Cell:6-TGN,6-TIMP,6-MeMP were 50～2 000 ng/8×10 8RBC, r s=0 885 5～0 987 1. RSD of peak height of within-day and between-day for replicate injections were 0 2%～1 2% and 1 1%～2 1%,respectively.
The Fundamental Experiments of Red Tide Chemical Forecast
Many food algae and red tide algae were cultivated in the f/2 medium, and the nitric oxide (NO) concentration of the medium and the cell density were determined.
The results indicate that red tide algae are far more sensitive to NO than are food algae.
The fundamental experimental outcome above may provide a new clue for red tide chemical forecast by inspecting the NO change.
The copolyimides were characterized by Infra-red (IR), Nuclear Magnetic Resonance (NMR), Gel Permeation Chromatography (GPC), Ultraviolet Visual (UV-Vis), Thermogravimetic Analysis (TGA) and Dynamic Mechanical Analysis (DMA).
The multiple antioxidant activity of the polysaccharides was evidenced by significant reducing power, superoxide scavenging ability, inhibition of mice erythrocyte hemolysis mediated by peroxyl free radicals, and also ferrous ion chelating potency.
Erythrocyte membrane proteins and membrane skeleton
Considerable advances in the research field of erythrocyte membrane were achieved in the recent two decades.
New findings in the structure-function correlation and interactions of erythrocyte membrane proteins have attracted extensive attention.
Interesting progress was also made in the molecular pathogenesis of erythrocyte membrane disorders.