1) 4B terminal deletion
4B顶端缺失
2) notch tip
缺口顶端
1.
Hydrogen accumulation near notch tip of austenitic steel 21Cr7Ni9MnN under Ⅰ+Ⅱ mixed mode loading has been studied by KYKY ion microprode mass analyser (IMMA) and ADINA non─linear finite element quantitive compution.
利用ＫＹＫＹ离子探针微分析仪和有限元定量计算发现，２１Ｃｒ７Ｎｉ９ＭｎＮ奥氏体钢在复合型（Ⅰ＋Ⅱ）载荷下，缺口顶端无论在开裂方向还是塑性区尺寸最大方向上，皆有两个氢浓度的富集峰，且随着Ⅱ型分量的增加，远离缺口的氢富集峰有下降且移向缺口顶端的趋势。
3) C-terminal deletion
羧端缺失
4) terminal deletion
末端缺失
1.
Objective To determine the karyotype of a case with a history of spontaneous abortion and terminal deletion by using of conventional G banding method and search the cause of insertional translocation of chromosomal terminal region.
目的 确定一个有反复流产史且常规 G显带发现有 7q末端缺失病例的核型 ,探讨染色体末端区域插入易位的形成机理。
5) deletion of C-terminus
C端缺失
6) N-terminal deletant
N端缺失
1.
Prokaryotic expression and biological activities of recombinant human MBL N-terminal deletant(rhMBL△N);
重组人N端缺失MBL的原核表达及其活性研究
补充资料：顶端
①最高最上的部分：登上电视塔的～。②末尾：我们走到大桥的～。
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