Cryoablative response of prostate cancer cells is influenced by androgen receptor expression von Klossner, Daniel P., Baust, John M., VanBuskirk, Robert G., Gage, Andrew A., Baust, John G.

Volltext

Vitamin D3 cryosensitization increases prostate cancer susceptibility to cryoablation via mitochondrial‐mediated apoptosis and necrosis von Baust, John M., Klossner, Daniel P., Robilotto, Anthony, VanBuskirk, Robert G., Gage, Andrew A., Mouraviev, Vladimir, Polascik, Thomas J., Baust, John G.

Volltext

Cryosurgical technique: Assessment of the fundamental variables using human prostate cancer model systems von Klossner, Daniel P., Robilotto, Anthony T., Clarke, Dominic M., VanBuskirk, Robert G., Baust, John M., Gage, Andrew A., Baust, John G.

Volltext

43. Targeted modulation of integrin expression increases freeze sensitivity of androgen-insensitive prostate cancer von Baust, John M., Klossner, Daniel P., Van Buskirk, Robert G., Gage, Andrew A., Mouraviev, Vladimir, Polascik, Thomas J., Baust, John G.

Volltext

Vitamin D 3 cryosensitization increases prostate cancer susceptibility to cryoablation via mitochondrial‐mediated apoptosis and necrosis von Baust, John M., Klossner, Daniel P., Robilotto, Anthony, VanBuskirk, Robert G., Gage, Andrew A., Mouraviev, Vladimir, Polascik, Thomas J., Baust, John G.

Volltext

P15 : Androgen receptor protein expression influences freeze sensitivity of prostate cancer cells von Baust, John M., Klossner, Daniel P., Van Buskirk, Robert G., Snyder, Kristi K., Gage, Andrew A., Baust, John G.

Volltext

P15 von Baust, John M., Klossner, Daniel P., Van Buskirk, Robert G., Snyder, Kristi K., Gage, Andrew A., Baust, John G.

Volltext

P13 von Baust, John M., Klossner, Daniel P., Robilotto, Anthony, Van Buskirk, Robert G., Gage, Andrew A., Polascik, Thomas J., Baust, John G.

Volltext

P13: Vitamin D3 therapy increases cryoablation efficacy: A novel strategy for the treatment of prostate cancer von Baust, John M., Klossner, Daniel P., Robilotto, Anthony, Van Buskirk, Robert G., Gage, Andrew A., Polascik, Thomas J., Baust, John G.

Volltext

Vitamin D(3) cryosensitization increases prostate cancer susceptibility to cryoablation via mitochondrial-mediated apoptosis and necrosis von Baust, John M, Klossner, Daniel P, Robilotto, Anthony, Vanbuskirk, Robert G, Gage, Andrew A, Mouraviev, Vladimir, Polascik, Thomas J, Baust, John G

Volltext

Integrin involvement in freeze resistance of androgen-insensitive prostate cancer von Baust, J G, Klossner, D P, VanBuskirk, R G, Gage, A A, Mouraviev, V, Polascik, T J, Baust, J M

Volltext

110. Targeted modulation of integrin expression increases freeze sensitivity of androgen-insensitive prostate cancer von Baust, John M., Klossner, Daniel P., Van Buskirk, Robert G., Gage, Andrew A., Mouraviev, Vladimir, Polascik, Thomas J., Baust, John G.

Volltext

114. Androgen receptor protein expression influences freeze sensitivity of prostate cancer cells von Baust, John G., Klossner, Daniel P., Clarke, Dominic M., Van Buskirk, Robert G., Gage, Andrew A., Baust, John M.

Volltext

22. Androgen receptor involvement in the freezing response of prostate cancer cell lines von Klossner, Daniel P., Clarke, Dominic M., Bausta, John M., Gagea, Andrew A., Baust, John G.

Volltext

168. Thermal therapeutic options in the treatment of prostate cancer: Cellular responses to cryosurgery and hyperthermia von Klossner, Daniel P., Clarke, Dominic M., Bausta, John M., Van Buskirk, Robert G., Gage, Andrew A., Baust, John G.

Volltext