目的：观察金荞麦提取物对小鼠痛经模型的影响。
Objective: To observe the therapy effects of Rhizoma Fagopyrum Dibotryis on dysmenorrhea models in mouse.
药理实验证明金荞麦还具有降脂降糖、祛痰镇咳和抑制血小板聚集等作用。参36。
Besides, it is demonstrated that Rhizoma Fagopyrum Dibotryis is able to reduce blood lipid and glucose, eliminate phlegm, relief cough and repress platelet aggregation. 36refs.
以实验性鸡支原体感染鸡为模型，采用不同剂量的金荞麦口服液进行了治疗效果研究。
The experiment chicken infected by mycoplasma was used as a model. Different dose of wild buckwheat oral fluid was given to the model to study the therapeutic efficacy.
以实验性鸡支原体感染鸡为模型，采用不同剂量的金荞麦口服液进行了治疗效果研究。
Different dose of wild buckwheat oral fluid was given to the model to study the therapeutic efficacy.
总体看来，基本证实了增强UV-B辐射能减轻干旱胁迫对金荞麦生物量积累的影响。
Overall, we verified that enhanced UV-B radiation would reduce the influences of biomass accumulation of F. dibotrys by drought.
结果 金荞麦对来源于肺、肝、结肠、白细胞和骨骼的癌细胞的生长具有抑制作用 ；
ResultsIt was found that the growth of cancer cells from lung, liver, colon, leukocytes and bone is inhibited by Fago-c.
方法采用盆栽试验方法，测定了不同施水处理下金荞麦形态指标、生物量积累及二者分配情况。
Methods Potted plant test was used to mensurate the morphological index, the biomass accumulation and distribution of f.
在中度干旱胁迫下，增强的UV - B辐射提高了金荞麦根生物量积累和配置、茎生物量积累。
In conditions of moderate drought stress, enhanced UV-B radiation increased biomass accumulation to root, biomass accumulation to stem and biomass accumulation to root.
在中度干旱胁迫下，增强的UV - B辐射提高了金荞麦根生物量积累和配置、茎生物量积累。
In conditions of moderate drought stress, enhanced UV-B radiation increased biomass accumulation to root, biomass accumulation to stem and biomass accumulation to root.
应用推荐