Citation:
ZHAO Fan, SHI Guo-Yue, TIAN Yang. Simultaneous Determination of Glutamate and Calcium Ion in Rat Brain during Spreading Depression and Ischemia Processes[J]. Chinese Journal of Analytical Chemistry,
;2019, 47(3): 347-354.
doi:
10.19756/j.issn.0253-3820.181716
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In vivo chemical analysis is an important aspect in exploring brain functions. Brain function realization depends on multiple chemical substances working together. Sole chemical detection is difficult to clarify the chemical signal transmission and disease occurrence. Thus, it is particularly important to simultaneous determination of multiple biological species in the brain. In this study, we designed and constructed a dual-functional electrochemical biosensor for simultaneous determination of glutamate and Ca2+. The co-modified Pt-microelectrode of GluOx and Pt NPs was served as amperometric glutamate microelectrode. By incorporating with potentiometric all-solid-state Ca-ISME, the dual function microelectrode (DFME) biosensor was developed for simultaneous monitoring glutamate and Ca2+ without crosstalk between the two signals. The DFME biosensor showed good selectivity towards common interferences, as well as low detection limits (0.5 μmol/L for glutamate and 1 μmol/L for Ca2+), which met the needs of in vivo analysis. The developed biosensor was successfully applied to real-time monitoring of glutamate and Ca2+ in live rat brain during spreading depression (SD) and ischemia processes. This study provided a simple and effective approach for in vivo analysis of two or more chemical substances, which was helpful for understanding of brain physiological and pathological processes.
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Keywords:
- Glutamate,
- Calcium ion,
- Microelectrode,
- Microbiosensor,
- Spreading depression,
- Ischemia
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