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Biochemistry|June 7, 2023
A Phenylboronic Acid-Based Transition State Analogue Yields Nanomolar Inhibition of Mandelate RacemaseOliver P Kuehm, Joshua A Hayden, Stephen L BearneBiochemistry|January 21, 2025
An Active-Site Bro̷nsted Acid-Base Catalyst Destabilizes Mandelate Racemase and Related Subgroup Enzymes: Implications for CatalysisHimank Kumar, Oliver P Kuehm, Sarah A E Aboushawareb, et al.Biochemistry|December 30, 2025
Inhibition of Mandelate Racemase by Boron-Based Inhibitors: Different Binding Modes for Benzoxaboroles Versus Boronic AcidsJoshua A Hayden, Anika Jabin, Oliver P Kuehm, et al.Biochemistry|August 2, 2021
Slow-Onset, Potent Inhibition of Mandelate Racemase by 2-Formylphenylboronic Acid. An Unexpected Adduct Clasps the Catalytic MachineryColin D Douglas, Lia Grandinetti, Nicole M Easton, et al.Archives of Biochemistry and Biophysics|February 14, 2024
Interrogating l-fuconate dehydratase with tartronate and 3-hydroxypyruvate reveals subtle differences within the mandelate racemase-subgroup of the enolase superfamilyLaura C McGary, Christopher M Fetter, Minglu Gu, et al.Archives of Biochemistry and Biophysics|January 12, 2022
Altering the binding determinant on the interdigitating loop of mandelate racemase shifts specificity towards that of d-tartrate dehydrataseMitesh Nagar, Joshua A Hayden, Einat Sagey, et al.Pageof 1