The micromanipulator has to control the armature to a precision smaller than a micron.

显微操纵器对支架的控制精度必须小于一微米。

Chromosome 12 of pollen mother cell of japonica trisomic rice (Oryza sativa L.) was successfully isolated using microglassneedles under the micromanipulator in this study.

首次以粳稻第12号三体为材料，采用玻璃染色体微分离法，成功地分离到了水稻第12号染色体。

The micromanipulator has to control the armature to a precision smaller than a micron.

显微对支架的控制精度必须小于一微米。

Chromosome 12 of pollen mother cell of japonica trisomic rice (Oryza sativa L.) was successfully isolated using microglassneedles under the micromanipulator in this study.

首次以粳稻第12号三体为材料，采用玻璃染色体微分离法，成功地分离到了水稻第12号染色体。

The micromanipulator has to control the armature to a precision smaller than a micron.

显微操纵器对支架的控制精度必须小于一微米。

Chromosome 12 of pollen mother cell of japonica trisomic rice (Oryza sativa L.) was successfully isolated using microglassneedles under the micromanipulator in this study.

首次以粳稻第12号三体为材料，采用玻璃染色体微分离法，成功地分离到了水稻第12号染色体。

The micromanipulator has to control the armature to a precision smaller than a micron.

显微操纵架的控制精度必须小于一微米。

Chromosome 12 of pollen mother cell of japonica trisomic rice (Oryza sativa L.) was successfully isolated using microglassneedles under the micromanipulator in this study.

首次以粳稻第12号三体为材料，采用玻璃染色体微离法，成功地离到了水稻第12号染色体。

The micromanipulator has to control the armature to a precision smaller than a micron.

显微操纵器对支架的控制精度必一微米。

Chromosome 12 of pollen mother cell of japonica trisomic rice (Oryza sativa L.) was successfully isolated using microglassneedles under the micromanipulator in this study.

首次以粳稻第12号三为材料，采用玻璃染微分离法，成功地分离到了水稻第12号染。

The micromanipulator has to control the armature to a precision smaller than a micron.

显微操纵器对支架的控制精度必须小于一微米。

Chromosome 12 of pollen mother cell of japonica trisomic rice (Oryza sativa L.) was successfully isolated using microglassneedles under the micromanipulator in this study.

首次以粳稻第12号材料，采用玻璃染色微分离法，地分离到了水稻第12号染色。

The micromanipulator has to control the armature to a precision smaller than a micron.

显微操纵器对支架的控制精度必须小于一微米。

Chromosome 12 of pollen mother cell of japonica trisomic rice (Oryza sativa L.) was successfully isolated using microglassneedles under the micromanipulator in this study.

首次以粳稻第12号材料，采用玻璃染色微分离法，地分离到了水稻第12号染色。

The micromanipulator has to control the armature to a precision smaller than a micron.

显微操纵器对支架的控制精度于一微米。

Chromosome 12 of pollen mother cell of japonica trisomic rice (Oryza sativa L.) was successfully isolated using microglassneedles under the micromanipulator in this study.

首次以粳稻第12号三为材料，采用玻璃染色微分离法，成功地分离到了水稻第12号染色。

The micromanipulator has to control the armature to a precision smaller than a micron.

显微操纵器对支架的控制精小于一微米。

Chromosome 12 of pollen mother cell of japonica trisomic rice (Oryza sativa L.) was successfully isolated using microglassneedles under the micromanipulator in this study.

首次粳稻第12号三体为材料，采用玻璃染色体微分离法，成功地分离到了水稻第12号染色体。