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1 to 4 of 4 Results
Jul 10, 2014
De Moura, Dref; Bryksa, Brian; Yada, Rickey, 2014, "Molecular dynamics simulations of the plant-specific insert monomer at pH 4.5", https://hdl.handle.net/10864/10719, Borealis, V2
This study examines the underlying mechanics driving tertiary structure and quaternary conformational changes in silico of the saposin-like domain, the plant-specific insert, of a potato (Solanum tuberosum) aspartic protease as a function of pH. Umbrella sampling was used to dete...
Jul 10, 2014
De Moura, Dref; Bryksa, Brian; Yada, Rickey, 2014, "Molecular dynamics simulations of the plant-specific insert monomer at pH 7.4", https://hdl.handle.net/10864/10714, Borealis, V2
This study examines the underlying mechanics driving tertiary structure and quaternary conformational changes in silico of the saposin-like domain, the plant-specific insert, of a potato (Solanum tuberosum) aspartic protease as a function of pH. Umbrella sampling was used to dete...
Jul 10, 2014
De Moura, Dref; Bryksa, Brian; Yada, Rickey, 2014, "Molecular dynamics simulations of the plant-specific insert dimer at pH 3.0", https://hdl.handle.net/10864/10746, Borealis, V2
This study examines the underlying mechanics driving tertiary structure and quaternary conformational changes in silico of the saposin-like domain, the plant-specific insert, of a potato (Solanum tuberosum) aspartic protease as a function of pH. Umbrella sampling was used to dete...
Jul 10, 2014
De Moura, Dref; Bryksa, Brian; Yada, Rickey, 2014, "Molecular dynamics simulations of the plant-specific insert dimer at pH 7.4", https://hdl.handle.net/10864/10721, Borealis, V2
This study examines the underlying mechanics driving tertiary structure and quaternary conformational changes in silico of the saposin-like domain, the plant-specific insert, of a potato (Solanum tuberosum) aspartic protease as a function of pH. Umbrella sampling was used to dete...
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