Bodur, S. Et Al. 2025. Dispersive solid phase extraction and quadruple isotope dilution–mass spectrometry combination for the accurate and sensitive quantification of capsaicin in pepper, domestic wastewater and human saliva samples by GC–MS system. Microchemical Journal , vol.208 .

Bodur, S., ERARPAT BODUR, S., GÜRSOY, S., Ayyıldız, M. F., Kartoğlu, B., Akbıyık, H., ... GÜNKARA, Ö. T.(2025). Dispersive solid phase extraction and quadruple isotope dilution–mass spectrometry combination for the accurate and sensitive quantification of capsaicin in pepper, domestic wastewater and human saliva samples by GC–MS system. Microchemical Journal , vol.208.

Bodur, Süleyman Et Al. "Dispersive solid phase extraction and quadruple isotope dilution–mass spectrometry combination for the accurate and sensitive quantification of capsaicin in pepper, domestic wastewater and human saliva samples by GC–MS system," Microchemical Journal , vol.208, 2025

Bodur, Süleyman Et Al. "Dispersive solid phase extraction and quadruple isotope dilution–mass spectrometry combination for the accurate and sensitive quantification of capsaicin in pepper, domestic wastewater and human saliva samples by GC–MS system." Microchemical Journal , vol.208, 2025

Bodur, S. Et Al. (2025) . "Dispersive solid phase extraction and quadruple isotope dilution–mass spectrometry combination for the accurate and sensitive quantification of capsaicin in pepper, domestic wastewater and human saliva samples by GC–MS system." Microchemical Journal , vol.208.

@article{article, author={Süleyman Bodur Et Al. }, title={Dispersive solid phase extraction and quadruple isotope dilution–mass spectrometry combination for the accurate and sensitive quantification of capsaicin in pepper, domestic wastewater and human saliva samples by GC–MS system}, journal={Microchemical Journal}, year=2025}