Amination of graphene oxide leads to increased cytotoxicity in hepatocellular carcinoma cells

M. Georgieva; B. Vasileva; G. Speranza; D. Wang; K. Stoyanov; M. Draganova-Filipova; P. Zagorchev; V. Sarafian; G. Miloshev; N. Krasteva

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Източник: International Journal of Molecular Sciences; International Journal of Molecular Sciences

Системен №: 14330

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APA Chicago / Turabian (16th edition) Harvard MLA (7th edition)

Georgieva, M., Vasileva, B., Speranza, G., Wang, D., Stoyanov, K., Draganova-Filipova, M., Zagorchev, P., Sarafian, V., Miloshev, G., Krasteva, N. Amination of graphene oxide leads to increased cytotoxicity in hepatocellular carcinoma cells, , .

Georgieva, M., Vasileva, B., Speranza, G., Wang, D., Stoyanov, K., Draganova-Filipova, M., Zagorchev, P., Sarafian, V., Miloshev, G., Krasteva, N. . Amination of graphene oxide leads to increased cytotoxicity in hepatocellular carcinoma cells. : , .

Georgieva, M., Vasileva, B., Speranza, G., Wang, D., Stoyanov, K., Draganova-Filipova, M., Zagorchev, P., Sarafian, V., Miloshev, G., Krasteva, N. () Amination of graphene oxide leads to increased cytotoxicity in hepatocellular carcinoma cells, :

Georgieva, M., Vasileva, B., Speranza, G., Wang, D., Stoyanov, K., Draganova-Filipova, M., Zagorchev, P., Sarafian, V., Miloshev, G., & Krasteva, N. (). Amination of graphene oxide leads to increased cytotoxicity in hepatocellular carcinoma cells. International Journal of Molecular Sciences; International Journal of Molecular Sciences.

Amination of graphene oxide leads to increased cytotoxicity in hepatocellular carcinoma cells

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