1) scarification
[,skɛərifi'keiʃən]
种皮裂开
2) aril-lobes
假种皮裂片
1.
Some association was found in hilum position,aril-lobes,pseudolens and the ornamentation of seed surface,viz.
利用光镜和扫描电镜对羊蹄甲属21种(含1亚种、2变种)的种子进行观察,结果显示,羊蹄甲属植物的种子颜色、形状和外种皮纹饰多样,还发现种脐位置、假种皮裂片、拟透镜状突起和种皮表面纹饰有一定的相关性:即没有假种皮裂片,拟透镜状突起在种子表面不明显,具网状纹饰的种子其种脐位于种子亚顶部的位置,而非顶部位置。
3) skin crack,surface crack,surface flaw
表面裂纹，表皮开裂
4) seed coat
种皮
1.
A systematic study of the genus Rhododendron (Ericaceae) using micromorphological characters of fruit surface and seed coat;
果皮和种皮微形态特征在杜鹃花属系统学研究中的应用
2.
Affecting of charteristic of anatomical structure of Raphanus sativus seed coat and its germination percentage in Qinghai;
青海春萝卜主栽品种种皮结构与发芽率的关系
3.
Study on micromorphology of pollen and seed coat in Tatracentron sinense Oliv;
水青树的花粉和种皮的微形态学研究
5) Seed capsule
种皮
1.
Two DNA extraction methods,CTAB and SDS,were compared in extracting DNA from seed and seed capsule of Jinhua1012 and J11.
采用改良的CTAB和SDS方法对金花1012和J11两个花生品种种子的种皮及籽仁的DNA进行了提取研究。
2.
Advances in studies on formation and inheritance of seed capsule color,and molecular marker and breeding for yellow seed capsule in rapeseed(Brassica Napus) were reviewed.
综述了油菜种皮颜色的形成、种皮色泽的遗传、黄籽性状的分子标记和黄籽甘蓝型油菜选育等方面的研究进展。
3.
Brown and white cotton cultivars were used as materials,the change of the content of related substances to pigment synthesis and the activities of antioxidases both in the fiber and the seed capsule during the development were investigated,and the effect of antioxidases on color of brown cotton was studied.
以棕色棉和白色棉为材料,测定发育期种皮与纤维中抗氧化酶及色素合成相关物质含量的变化,初步探讨抗氧化酶对棕色棉色泽的影响。
6) seed shell
种皮
1.
A modified method of paraffin slice is used for the comparative study on the seed shell compositions of two excellent leguminous herbages Onobrychis viciaefolia Scop.
采用改进的石蜡切片方法,对两种优良豆科牧草———红豆草和扁蓿豆种子的种皮结构及成分进行对比研究。
2.
in the structure of seed shell,fruit coats,morphology of embryo and storage.
采用石蜡切片法,对羊草和苏丹草种子的果皮、种皮、种子内含物、胚的形态结构进行了比较研究。
补充资料：假石榴皮碱
分子式：
CAS号：
性质： 又称伪石榴皮碱。白色或微黄色结晶，熔点48℃，沸点246℃(101.32kPa)。易溶于酒精、氯仿，溶于水、乙醚，难溶于石油醚。碱性很强，存在于石榴科植物石榴(Punica granatum L.)的树皮。具有驱绦虫的作用，小剂量能增强离体蛙心收缩。
CAS号：
性质： 又称伪石榴皮碱。白色或微黄色结晶，熔点48℃，沸点246℃(101.32kPa)。易溶于酒精、氯仿，溶于水、乙醚，难溶于石油醚。碱性很强，存在于石榴科植物石榴(Punica granatum L.)的树皮。具有驱绦虫的作用，小剂量能增强离体蛙心收缩。
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