T. Tezcan Et Al. , "UV-ozone treated glass fiber based lateral flow DNA extraction platform integrated with LAMP for rapid detection of pathogen bacteria in whole blood," Microchemical Journal , vol.206, 2024
Tezcan, T. Et Al. 2024. UV-ozone treated glass fiber based lateral flow DNA extraction platform integrated with LAMP for rapid detection of pathogen bacteria in whole blood. Microchemical Journal , vol.206 .
Tezcan, T., Calimci, M., BOYACI, İ. H., & TAMER, U., (2024). UV-ozone treated glass fiber based lateral flow DNA extraction platform integrated with LAMP for rapid detection of pathogen bacteria in whole blood. Microchemical Journal , vol.206.
Tezcan, Tugba Et Al. "UV-ozone treated glass fiber based lateral flow DNA extraction platform integrated with LAMP for rapid detection of pathogen bacteria in whole blood," Microchemical Journal , vol.206, 2024
Tezcan, Tugba Et Al. "UV-ozone treated glass fiber based lateral flow DNA extraction platform integrated with LAMP for rapid detection of pathogen bacteria in whole blood." Microchemical Journal , vol.206, 2024
Tezcan, T. Et Al. (2024) . "UV-ozone treated glass fiber based lateral flow DNA extraction platform integrated with LAMP for rapid detection of pathogen bacteria in whole blood." Microchemical Journal , vol.206.
@article{article, author={Tugba Tezcan Et Al. }, title={UV-ozone treated glass fiber based lateral flow DNA extraction platform integrated with LAMP for rapid detection of pathogen bacteria in whole blood}, journal={Microchemical Journal}, year=2024}