下载APP
刷刷题APP > 突变体
"突变体"相关考试题目
1.
以下哪些方法可以创造基因缺失突变体?()
2.
突变体筛选(名词解释)
3.
The Debate over Genetically Modified Foods --Rice with built-in Vitamin A that can help prevent blindness in 100 million children suffering from Vitamin A deficiency --A tomato (hat softens more slowl...
4.
突变体库
5.
什么是乙烯的三重反应和突变体?
6.
松弛突变体
7.
突变体
8.
The Debate over Genetically Modified Foods --Rice with built-in Vitamin A that can help prevent blindness in 100 million children suffering from Vitamin A deficiency --A tomato (hat softens more slowl...
9.
The Debate over Genetically Modified Foods --Rice with built-in Vitamin A that can help prevent blindness in 100 million children suffering from Vitamin A deficiency --A tomato (hat softens more slowl...
10.
[名词解释] 快停突变体
11.
同源异型突变体(homeotic mutant)
12.
The Debate over Genetically Modified Foods ?Rice with built-in Vitamin A that can help prevent blindness in 100 million children suffering from Vitamin A deficiency ?A tomato that softens more slowly,...
13.
下列选项中,不属于突变体类型的是()。
14.
什么是乙烯的三重反应和突变体?
15.
The Debate over Genetically Modified Foods ?Rice with built-in Vitamin A that can help prevent blindness in 100 million children suffering from Vitamin A deficiency ?A tomato that softens more slowly,...
16.
The Debate over Genetically Modified Foods --Rice with built-in Vitamin A that can help prevent blindness in 100 million children suffering from Vitamin A deficiency --A tomato (hat softens more slowl...
17.
突变体 名词解释
18.
The Debate over Genetically Modified Foods --Rice with built-in Vitamin A that can help prevent blindness in 100 million children suffering from Vitamin A deficiency --A tomato (hat softens more slowl...
19.
The Debate over Genetically Modified Foods --Rice with built-in Vitamin A that can help prevent blindness in 100 million children suffering from Vitamin A deficiency --A tomato (hat softens more slowl...
20.
快停突变体
21.
[名词解释] 松弛突变体
22.
The Debate over Genetically Modified Foods --Rice with built-in Vitamin A that can help prevent blindness in 100 million children suffering from Vitamin A deficiency --A tomato (hat softens more slowl...
23.
下列中,不属于突变体类型的是()。
24.
以下各题均和花器官发育的ABC Model有关。 1. 矮牵牛的 某基因突变体雌蕊中只发现了败育的胚珠,我们推测该基因属于 _____ 类基因。
25.
目前最常用的突变体创制方法有哪些?如何利用突变体进行功能基因组学研究?
26.
The Debate over Genetically Modified Foods --Rice with built-in Vitamin A that can help prevent blindness in 100 million children suffering from Vitamin A deficiency --A tomato (hat softens more slowl...
27.
[名词解释] 裂解突变体
28.
超阻遏物突变体(superrepressor mutant)
29.
The Debate over Genetically Modified Foods --Rice with built-in Vitamin A that can help prevent blindness in 100 million children suffering from Vitamin A deficiency --A tomato (hat softens more slowl...
30.
超阻遏物突变体(superrepressor mutant)
31.
[名词解释] 突变体(型)
32.
水稻田中发现高秆群体中有一株矮秆突变体,它一定是基因突变引起。
33.
[名词解释] 突变体筛选
34.
同源异型突变体(homeotic mutant)
35.
[名词解释] 回复突变体
36.
条件缺损病毒是病毒条件致死突变体,它的很多生物学行为与下列哪种病毒相似
37.
下列突变体类型中,最稳定的是()
38.
通过什么方法证明分离的基因单株对突变体表型起作用?( )
39.
松弛突变体
40.
回复突变体
41.
The Debate over Genetically Modified Foods --Rice with built-in Vitamin A that can help prevent blindness in 100 million children suffering from Vitamin A deficiency --A tomato (hat softens more slowl...
42.
The Debate over Genetically Modified Foods --Rice with built-in Vitamin A that can help prevent blindness in 100 million children suffering from Vitamin A deficiency --A tomato (hat softens more slowl...
43.
The Debate over Genetically Modified Foods --Rice with built-in Vitamin A that can help prevent blindness in 100 million children suffering from Vitamin A deficiency --A tomato (hat softens more slowl...
44.
[名词解释] 突变体
45.
conditional mutants (条件突变体)
46.
The Debate over Genetically Modified Foods --Rice with built-in Vitamin A that can help prevent blindness in 100 million children suffering from Vitamin A deficiency --A tomato (hat softens more slowl...
47.
突变体
48.
植物激素突变体
49.
The Debate over Genetically Modified Foods --Rice with built-in Vitamin A that can help prevent blindness in 100 million children suffering from Vitamin A deficiency --A tomato (hat softens more slowl...
50.
裂解突变体