APA

Tsuchida Y., Kanda N., Shimatake H., Kaneko Y. & Notomi T. (19890418). Clinical significance of gene amplification studied in human neuroblastoma xenografts: relationship with tumor growth rate, chemotherapeutic sensitivities and levels of neuron-specific enolase. : Experimental cell biology.

Chicago

Tsuchida Y, Kanda N, Shimatake H, Kaneko Y and Notomi T. 19890418. Clinical significance of gene amplification studied in human neuroblastoma xenografts: relationship with tumor growth rate, chemotherapeutic sensitivities and levels of neuron-specific enolase. : Experimental cell biology.

Harvard

Tsuchida Y., Kanda N., Shimatake H., Kaneko Y. and Notomi T. (19890418). Clinical significance of gene amplification studied in human neuroblastoma xenografts: relationship with tumor growth rate, chemotherapeutic sensitivities and levels of neuron-specific enolase. : Experimental cell biology.

MLA

Tsuchida Y, Kanda N, Shimatake H, Kaneko Y and Notomi T. Clinical significance of gene amplification studied in human neuroblastoma xenografts: relationship with tumor growth rate, chemotherapeutic sensitivities and levels of neuron-specific enolase. : Experimental cell biology. 19890418.