Evaluation of plastic scintillators for live imaging of 14C-labeled photosynthate movement in plants

Evaluation of plastic scintillators for live imaging of 14C-labeled photosynthate movement in plants
复制标题

塑料闪烁体对植物 14C 标记光合产物运动实时成像的评估

DOI:
10.1007/s10967-018-6102-z
复制
发表时间:
2018
影响因子:
1.6
通讯作者:
Ryohei SugitaKohei SugaharaNatsuko I. KobayashiAtsushi HiroseTomoko M. NakanishiEtsuko FurutaMasaaki SensuiKeitaro Tanoi
Ryohei SugitaKohei SugaharaNatsuko I. KobayashiAtsushi HiroseTomoko M. NakanishiEtsuko FurutaMasaaki SensuiKeitaro Tanoi
中科院分区:
化学4区
文献类型:
--
作者:
中村 梨夏 ;近藤 秀裕 ;山本 雅一 ;廣野 育生;Ryohei SugitaKohei SugaharaNatsuko I. KobayashiAtsushi HiroseTomoko M. NakanishiEtsuko FurutaMasaaki SensuiKeitaro Tanoi

文献摘要

相似文献

我们更新了实时放射性同位素成像系统(RRIS),以研究在一个大型工厂的光合作用的运动。早些时候,我们使用连接到光纤板(FOS)的CsI(Tl)闪烁体将辐射转换为光。然而,闪烁体尺寸固定为10 cm × 10 cm,太小而无法观察整个工厂。此外,FOS的高成本使得其他研究人员很难在他们的设施中引入该系统。在这里,我们研究了六种廉价的塑料闪烁体,并使用最有效的闪烁体代替FOS,演示了14C标记的光致发光物质在活体植物中的运动。
We updated real-time radioisotope imaging system (RRIS) to study photosynthate movement in a large-size plant. Earlier, we used a CsI (Tl) scintillator attached to a fiber optic plate (FOS) to convert radiation into light. However, the scintillator size was fixed as 10 cm × 10 cm, which was too small to observe the entire plant. Moreover, the high cost of FOS makes it hard for other researchers to introduce the system in their facilities. Here, we investigated six types of low-priced plastic scintillators, and demonstrated the movement of14C-labeled photosynthates in a living plant using the most efficient scintillator instead of FOS.