Pengsomjit, U. Et Al. 2024. Graphene-based gel electromembrane extraction coupled with modified screen-printed carbon electrode for detecting streptomycin in honey samples: Greener strategy for food analysis. Talanta , vol.268 .

Pengsomjit, U., Alahmad, W., Varanusupakul, P., ÖZKAN, S. A., Sharma, V. K., & Kraiya, C., (2024). Graphene-based gel electromembrane extraction coupled with modified screen-printed carbon electrode for detecting streptomycin in honey samples: Greener strategy for food analysis. Talanta , vol.268.

Pengsomjit, Untika Et Al. "Graphene-based gel electromembrane extraction coupled with modified screen-printed carbon electrode for detecting streptomycin in honey samples: Greener strategy for food analysis," Talanta , vol.268, 2024

Pengsomjit, Untika Et Al. "Graphene-based gel electromembrane extraction coupled with modified screen-printed carbon electrode for detecting streptomycin in honey samples: Greener strategy for food analysis." Talanta , vol.268, 2024

Pengsomjit, U. Et Al. (2024) . "Graphene-based gel electromembrane extraction coupled with modified screen-printed carbon electrode for detecting streptomycin in honey samples: Greener strategy for food analysis." Talanta , vol.268.

@article{article, author={Untika Pengsomjit Et Al. }, title={Graphene-based gel electromembrane extraction coupled with modified screen-printed carbon electrode for detecting streptomycin in honey samples: Greener strategy for food analysis}, journal={Talanta}, year=2024}