Alanee, S., Deebajah, M., Pin, C., Mora Rodríguez, R. A., Guevara Coto, J. A., Petterson, B., & Brian, F. (2020). Using adaptive genetic algorithms combined with high sensitivity single cell-based technology to detect bladder cancer in urine and provide a potential noninvasive marker for response to anti-PD1 immunotherapy.
シカゴスタイル引用形Alanee, Shaheen, Mustafa Deebajah, Chen-I Pin, Rodrigo Antonio Mora Rodríguez, José Andrés Guevara Coto, Bruce Petterson, , Francisco Brian. Using Adaptive Genetic Algorithms Combined With High Sensitivity Single Cell-based Technology to Detect Bladder Cancer in Urine and Provide a Potential Noninvasive Marker for Response to Anti-PD1 Immunotherapy. 2020.
MLA引用形式Alanee, Shaheen, et al. Using Adaptive Genetic Algorithms Combined With High Sensitivity Single Cell-based Technology to Detect Bladder Cancer in Urine and Provide a Potential Noninvasive Marker for Response to Anti-PD1 Immunotherapy. 2020.