Digital Commons @ Trinity

Inactivation of Calcium Uptake by EGTA is Due to an Irreversible Thermotropic Conformational Change in the Calcium Binding Domain of the Calcium-ATPase, Kwan Cheng, James Lepock
Kwan H Cheng

Thermal Denaturation of the Calcium ATPase of Sarcoplasmic Reticulum Reveals Two Thermodynamically Independent Domains, James Lepock, A Rodahl, Ching Zhang, Miriam Heynen, Brenda Waters, Kwan Cheng
Kwan H Cheng

Protection of the Membrane Calcium Adenosine Triphosphatase by Cholesterol from Thermal Inactivation, Kwan Cheng, Sek Hui, James Lepock
Kwan H Cheng

Hyperthermia-Induced Inhibition of Respiration and Mitochondrial Protein Denaturation in CHL Cells, James Lepock, Kwan Cheng, Hisham Al-qysi, Ida Sim, Cameron Koch, Jack Kruuv
Kwan H Cheng

Differential Effects of Senescence on the Molecular Organization of Membranes in Ripening Tomato Fruit, Raymond Legge, Kwan Cheng, James Lepock, John Thompson
Kwan H Cheng

The Role of Cholesterol in the Activity of Reconstituted Ca-ATPase Vesicles Containing Unsaturated Phosphatidylethanolamine, Kwan Cheng, James Lepock, Sek Hui, Philip Yeagle
Kwan H Cheng

Differential Polarized Phase Fluorometric Studies of the Perturbation of Phospholipid Packing by BHT, Kwan Cheng, James Lepock
Kwan H Cheng

Improved Yield of Plasma Membrane from Mammalian Cells Through Modifications of the Two-Phase Polymer Isolation Procedure, Margaret Gruber, Kwan Cheng, James Lepock, John Thompson
Kwan H Cheng

Rotational Diffusion of TEMPONE in the Cytoplasm of Chinese Hamster Lung Cells, James Lepock, Kwan Cheng, Shelagh Campbell, Jack Kruuv
Kwan H Cheng

Thermotropic Lipid and Protein Transitions in Chinese Hamster Lung Cell Membranes: Relationship to Hyperthermic Cell Killing, James Lepock, Kwan Cheng, Hisham Al-qysi, Jack Kruuv
Kwan H Cheng

Factors Influencing Survival and Growth of Mammalian Cells Exposed to Hypothermia. I. Effects of Temperature and Membrane Lipid Perturbers, Jack Kruuv, David Glofcheski, Kwan Cheng, Shelagh Campbell, Hisham Al-Qysi, W Nolan, James Lepock
Kwan H Cheng