1) Young leaf sheath
幼叶鞘
2) Sheath
[英][ʃi:θ] [美][ʃiθ]
叶鞘
1.
Photosynthetic Function of the Flag Leaf Sheath for Super Hybrid Rice Liangyoupeijiu;
超级杂交稻“两优培九”剑叶叶鞘的光合功能
2.
By using a super high-yielding hybrid rice combination Liangyoupeijiu,its male parent 9311,female parent Pei ai 64S and a three-line hybrid rice combination Shanyou 63 as experimental materials,the techniques of an artificial reaction system for photosynthetic membrane,and 32Pi isotopic labeling and so on,were used to study the photochemical activities of the flag leaf sheathes for Liangyoupeijiu.
以超级杂交稻两优培九及其父本9311、母本培矮64S和三系杂交稻组合汕优63为研究材料,采用光合膜人工反应体系和32Pi同位素标记等技术,初步研究了超级杂交稻两优培九剑叶叶鞘的光化学活性。
4) leave-sheath
叶鞘
1.
The numbers of vascular bundle and air chamber for leave-sheath of transgenic rice with BADH cDNA were more than those of Zhong .
转 BADH基因水稻品系叶鞘的维管束数、气腔数目比中 8、开系 7、白珍珠多 ,其外表皮角质层比中 8、开系 7、白珍珠相对较厚 ,其维管束面积与中 8、开系 7、白珍珠相差不大 。
2.
The microstructure of leave-sheath of rice were studied with electronic scanning micro scope.
用扫描电镜对水稻叶鞘表面作了观察，叶鞘表面是由多列纵向排列的片状结构单元构成，每片状结构单元包含长形细胞带、硅化－木栓细胞带、气孔带和瘤状乳突带等4种不同结构区带，并对种和亚种间的异同进行了比较研究。
5) leaf sheath
叶鞘
1.
A process-based simulation model of leaf sheath and internode elongation dynamics in rice;
水稻叶鞘和节间生长过程的动态模拟
2.
A salt-tolerant wheat cultivar (DK961) and asalt-sensitive one (LM15) were exposed to 200 mmol/LNaCl for 3 d to study selectivity in transport of K+ andNa+ of the leaf sheath.
)品种DK961和盐敏感小麦品种LM153d后,DK961叶鞘中Na+含量和叶片中K+含量均显著高于LM15,这造成DK961叶片中Na+/K+比显著低于LM15。
6) young leaves
幼叶
1.
were compared,and different parts,including buds,top of stems,and young leaves,were used to chromosome sectioning,500 cells were observed,and the proportions of metaphase cells and the metaphase cells which were suitable for karyotype analysis were compared.
比较不同预处理和解离方法对华中五味子染色体制片的影响,采用华中五味子的萌发芽、新枝茎尖、幼叶等不同部位进行染色体制片,观察500个细胞,比较不同部位中期细胞和适宜核型分析的中期细胞所占比例,结果显示,0。
补充资料：《幼幼近编》
《幼幼近编》 《幼幼近编》 儿科著作。又名《证治大还幼幼近编》。四卷。清·陈治撰。十七世纪末刊行。本书为《证治大还》之。前三卷主论痘疮症治，后一卷论小儿杂病诊法及证治。本书收集总结了前人有关痘疹病因、主证和治疗大法。对儿科常见病也有一些独到见解。现存清贞白堂刻本。
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