APA

Szumska J., Batool Z., Al-Hashimi A., Venugopalan V., Skripnik V., Schaschke N., Bogyo M. & Brix K. (20191230). Treatment of rat thyrocytes in vitro with cathepsin B and L inhibitors results in disruption of primary cilia leading to redistribution of the trace amine associated receptor 1 to the endoplasmic reticulum. : Biochimie.

Chicago

Szumska Joanna, Batool Zaina, Al-Hashimi Alaa, Venugopalan Vaishnavi, Skripnik Vladislav, Schaschke Norbert, Bogyo Matthew and Brix Klaudia. 20191230. Treatment of rat thyrocytes in vitro with cathepsin B and L inhibitors results in disruption of primary cilia leading to redistribution of the trace amine associated receptor 1 to the endoplasmic reticulum. : Biochimie.

Harvard

Szumska J., Batool Z., Al-Hashimi A., Venugopalan V., Skripnik V., Schaschke N., Bogyo M. and Brix K. (20191230). Treatment of rat thyrocytes in vitro with cathepsin B and L inhibitors results in disruption of primary cilia leading to redistribution of the trace amine associated receptor 1 to the endoplasmic reticulum. : Biochimie.

MLA

Szumska Joanna, Batool Zaina, Al-Hashimi Alaa, Venugopalan Vaishnavi, Skripnik Vladislav, Schaschke Norbert, Bogyo Matthew and Brix Klaudia. Treatment of rat thyrocytes in vitro with cathepsin B and L inhibitors results in disruption of primary cilia leading to redistribution of the trace amine associated receptor 1 to the endoplasmic reticulum. : Biochimie. 20191230.