| 1. | Incubation bottles with ground-glass stoppers are utilized .
使用带毛玻璃塞子的培养瓶。 |
| 2. | Laboratory glassware . culture bottles called " roux jars "
实验室玻璃器皿. “胡克斯氏罐”培养瓶 |
| 3. | Glass . glassware for bacteriological use . culture tube called " potato tube "
玻璃.实验室玻璃器皿. “马铃薯管”培养瓶 |
| 4. | Glass . glassware for bacteriological use . culture flask called " legroux tube "
玻璃.实验室玻璃器皿. “李柯氏管”培养瓶 |
| 5. | Bacteria culture bottle
细菌培养瓶 |
| 6. | This system consists of a cartesian robot , robotic end - effector , flask stand assembly , and control system
该系统包括一直角座标机器人、机器人手端、培养瓶定位装置总成、以及控制系统。 |
| 7. | After repeated adherence and enzyme digestion , the cells attained the requirement of morphological purification with a purity of more than 95 %
经台盼蓝拒染计数，将细胞按1 10 ^ 6接种于培养瓶，传代培养。 |
| 8. | The transformant would flower in 8 to 10 weeks , sometimes under in vitro culture , after the leave dies was infected by agrobacterium tumefaciens
转化植株从浸染起8 - 10周可以开花，甚至在培养瓶中即可完成其生活史。 |
| 9. | The flask stand holds the flask to rotate or to make it incline in order to assist the end - effector taking positions and transplanting
实验结果显示，此一机器人系统能适用于条状与团状苗在窄口圆锥形与广口方形培养瓶内扦?移植。 |
| 10. | Cartesian coordinates robotic system was developed to transplant tissue culture plantlets or scions from a flat plane to culture flasks in order to minimize the need of labor
摘要本研究设置一套直角座标机器人系统，用以扦?移植组织培养苗至培养瓶或相关容器中，期能替换移植作业的人工，降低此一产业的人力需求。 |
