Humans ; Myelodysplastic Syndromes ; diagnosis ; therapy

Anemia, Aplastic ; prevention & control ; therapy ; Humans

Objective To explore the therapeutic effect of treating uterine muscle tumor conservatively with the use of Guizhifulin capsules and mifepristone.Methods 36 outpatients suitable for conservative therapy after gynecological and B ultrasonic checking were studied.Each patient took orally 3 capusles of Guizhifulin each time,three times a day.Meanwhile each one took orally 12.5mg mifepristone once a day,three months as a course of treatment.The size of uterine muscle tumor and the variations of symptom were observed.Results 2 cases were totally recovered,11 cases had obvious effects,22 cases had some effects,the whole effective rate was 97%.Conclusion It is an ideal,safe,convenient,medicament therapy to treat uterine muscle tumor by using Guizhifulin capsules combined with mifepristone,which has apparent curative effects but little side effects or low tate of recurrence.

Enteral Nutrition ; Humans ; Infant Nutritional Physiological Phenomena ; Infant, Newborn ; Infant, Premature ; Practice Guidelines as Topic

Congresses as Topic ; Nutritional Sciences

Child ; Humans ; Metabolomics ; Pediatrics ; methods

Hospitals, Pediatric ; United States

Animals ; Humans ; Iron ; adverse effects ; metabolism ; Iron Overload

Chlorella pyrenoidosa No.2 was screened from five species of microalga Chlorella sp. for its higher lipid yield. Effects of medium components and culture conditions on cell growth as well as lipid ac-cumulation of C. pyrenoidosa No.2 were investigated and the results showed that the optimum medium rec-ipe was 20.0 g/L glucose,0.08 g/L glycine,1.0 g/L K2HPO4?3H2O,0.4 g/L MgSO4?7H2O and 0.004 g/L FeSO4?7H2O. The optimum culture temperature,initial pH,shaking rate and light intensity were 28℃,6.0,130 r/min and 650 Lux,respectively. Biomass and lipid content increased from 3.73 g/L and 40.15% to 6.56 g/L and 59.90% when Chlorella pyrenoidosa No.2 was cultivated under the above optimal conditions for 7 days,with lipid yield raised by 162%. Chlorella pyrenoidosa No.2 could produce lipid with xylose as carbon source,and so is potential for lipid production from renewable materials such as lignocellulose. GC analysis demonstrated that the fatty acid composition of the lipid was similar to that of vegetable oil and its unsaturated fatty acid content reached around 71%,thus it is a promising material for biodiesel production.

Child ; Child Welfare ; Humans ; Safety