1) Coronilla glauca
灰小冠花
2) crownvetch
小冠花
1.
Florets features of crownvetch with different flower colour and its correlation to seed setting characteristics;
不同花色小冠花花器特征及其与结实特性的相关性
2.
A study on efficcient somatic embryogenesis and plant regeneration in crownvetch;
小冠花高效体细胞胚胎发生与植株再生的研究
3.
Hairy Root Induction and Plant Regeneration of Crownvetch (Coronilla varia L.) Transformed by Agrobacterium rhizogenes;
农杆菌转化的小冠花发状根的诱导及其植株再生
3) Coronilla Varia L
小冠花
1.
Primary Study on Allelopathic Effect of Stellera chamaejasme L. on Coronilla Varia L.;
狼毒对小冠花生化他感作用的初步研究
2.
Three hydroxyproline (Hyp) resistant cell lines (marked as Xr1, Xr2 and Xr3) were selected from NaN_3 treatment calluses of Coronilla varia L by direct selection and culturing on the Hyp containing medium.
本研究以小冠花(Coronilla varia L。
4) coronillin
小冠花苷
6) Coronilla varia
小冠花
1.
The contents of total saponin in 4 legumes(Astragalus sinicus,Onobrychis viciaefolia,Lotus corniculatus and Coronilla varia) were determined with the above method.
并分别对鹰嘴紫云英Astragalus sinicus、红豆草Onobrychis viciaefolia、百脉根LotuscornicμLatus和小冠花Coronilla varia4种豆科牧草中皂苷的含量进行测定。
2.
The total flavonoid in four species of legumes(Astragalus sinicus,Onobrychis viciaefolia,Lotus corniculatus,Coronilla varia) were extracted by microwave assistant respectively.
并且利用微波辅助萃取技术,对鹰嘴紫云英、红豆草、百脉根和小冠花4种豆科牧草的总黄酮进行了提取。
补充资料:灰树花保健饮料
工艺流程:菇体粉碎→热水浸提→过滤→浓缩→低温沉淀→分离→配制→装瓶→杀菌→成品。
操作要点:将灰树花子实体用粉碎机粉碎,细度以提高浸出率为准。热水浸提时,料水比为1:10-15,在96—100℃条件下加热2—3h,使可溶性成分转移至液相,然后过滤去渣,为提高浸出率,残渣可重浸一次。滤液中的主要成分,除灰树花多糖和果胶外,还含有氨基酸、肽类、核酸以及少量矿物质。浸提后滤液的固形物浓度一般约为1%—2%,需使其浓度达到10%左右,不能太浓,否则粘度上升不利于果胶沉淀。浓缩方法以减压浓缩为宜,为了分离所产生的沉淀,需把浓缩置于4—5℃下低温贮藏,使沉淀积于底部,再用虹吸法离心沉淀机分离沉淀物。经分离后的灰树花浸出物含固形物7.55%,白利糖7.0°,全糖4.00%,粗蛋白1.10%,粗灰分0.70%,ph6.0。然后,在其中加入糖和有机酸,按常规法装人马口铁罐,经杀菌后即可获得耐贮藏、风味佳美的灰树花保健饮料。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条