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The Journal of Biological Chemistry|September 10, 1984
Direct determination of acetyl-enzyme intermediate in the acetylcholinesterase-catalyzed hydrolysis of acetylcholine and acetylthiocholineH C Froede, I B WilsonInternational Journal of Peptide and Protein Research|January 1, 1984
tert.-Butyl aminocarbonate (tert.-butyloxycarbonyloxyamine)--a new acylating reagent for aminesR B Harris, I B WilsonBiochimica Et Biophysica Acta|March 14, 1978
On the mechanism of the acceleration of methanesulfonylation of acetylcholinesterase with cationic acceleratorsM R Pavlic, I B WilsonJAMA|January 4, 1995
Linking clinical variables with health-related quality of life. A conceptual model of patient outcomesI B Wilson, P D ClearyArchives of Biochemistry and Biophysics|September 1, 1984
Atrial tissue contains a metallo dipeptidyl carboxyhydrolase not present in ventricular tissue: partial purification and characterizationR B Harris, I B WilsonMolecular Pharmacology|June 1, 1985
The slow rate of inhibition of acetylcholinesterase by fluorideH C Froede, I B WilsonLife Sciences|January 1, 1989
Purification of bovine angiotensin converting enzymeJ R Schullek, I B WilsonThe Journal of Biological Chemistry|February 25, 1985
Sequencing of an active-site peptide of angiotensin I-converting enzyme containing an essential glutamic acid residueR B Harris, I B WilsonThe Journal of Biological Chemistry|February 10, 1985
Acetylcholinesterase: inhibition by tetranitromethane and arsenite. Binding of arsenite by tyrosine residuesJ D Page, I B WilsonPeptides|May 1, 1985
Conversion of atriopeptin II to atriopeptin I by atrial dipeptidyl carboxy hydrolaseR B Harris, I B WilsonPageof 11