Calinescu, A., Carballo, E., Tran, D., Zamler, D., Doherty, R., Lowenstein, P., & Castro, M. (2015). TMOD-02 BLOCKING CXCR4 INCREASES SURVIVAL IN A MOUSE MODEL OF NEURAL STEM CELLS-DERIVED GLIOBLASTOMA BY BLOCKING AN AUTOCRINE POSITIVE FEEDBACK LOOP REGULATING APOPTOSIS AND CELL CYCLE PROGRESSION VIA Rb1 AND cdk4/cdk6/CyclinD1. Neuro Oncol.

Calinescu, Alexandra, Erica Carballo, Dustin Tran, Daniel Zamler, Robert Doherty, Pedro Lowenstein, and Maria Castro. "TMOD-02 BLOCKING CXCR4 INCREASES SURVIVAL IN A MOUSE MODEL OF NEURAL STEM CELLS-DERIVED GLIOBLASTOMA BY BLOCKING AN AUTOCRINE POSITIVE FEEDBACK LOOP REGULATING APOPTOSIS AND CELL CYCLE PROGRESSION VIA Rb1 AND Cdk4/cdk6/CyclinD1." Neuro Oncol 2015.

Calinescu, Alexandra, et al. "TMOD-02 BLOCKING CXCR4 INCREASES SURVIVAL IN A MOUSE MODEL OF NEURAL STEM CELLS-DERIVED GLIOBLASTOMA BY BLOCKING AN AUTOCRINE POSITIVE FEEDBACK LOOP REGULATING APOPTOSIS AND CELL CYCLE PROGRESSION VIA Rb1 AND Cdk4/cdk6/CyclinD1." Neuro Oncol 2015.