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CreatorTitleDescriptionSubjectDate
151 Warner, Homer R.HELP - A Computer System for Medical Decision MakingBiomedical Informatics1975
152 Warner, Homer R.HELP - A Hospital-Wide System for Computer-Based Support of Decision-MakingBiomedical Informatics1981
153 Warner, Homer R.HELP - A Medical Information System Which Combines Automated Medical Decision-Making With Clinical Data Review and Administrative SupportBiomedical Informatics1985
154 Warner, Homer R.HELP - A Program for Medical Decision-MakingBiomedical Informatics1972
155 Warner, Homer R.HELP - A Total Hospital Information SystemBiomedical Informatics1980
156 Warner, Homer R.HELP Decision Support on the MacintoshBiomedical Informatics1987
157 Warner, Homer R.The HELP Hospital Information System: Update 1998Biomedical Informatics1999
158 Warner, Homer R.The HELP SystemBiomedical Informatics1983
159 Warner, Homer R.The HELP SystemBiomedical Informatics1982
160 Warner, Homer R.The HELP SystemBiomedical Informatics1984
161 Warner, Homer R.The HELP System as a Tool for Monitoring Physician Prescribing PatternsBiomedical Informatics1980
162 Warner, Homer R.The HELP System Development ToolsBiomedical Informatics1989
163 Warner, Homer R.The HELP System for Medical Decision MakingBiomedical Informatics1974
164 Warner, Homer R.The HELP System: A System for Clinical Decision-MakingBiomedical Informatics1986
165 Warner, Homer R.HELP/PATHLAB Integration - A Decade of Experience Using an Expert System Interfaces to a Clinical Laboratory SystemBiomedical Informatics1985
166 Warner, Homer R.HELP: A Computerized Medical Decision Support SystemBiomedical Informatics1986
167 Warner, Homer R.HELP: A Medical Information System With Decision Making CapabilityBiomedical Informatics1985
168 Del Fiol, GuilhermeHeuristics in managing complex clinical decision tasks in experts decision makingBackground: Clinical decision support is a tool to help experts make optimal and efficient decisions. However, little is known about the high level of abstractions in the thinking process for the experts. Objective: The objective of the study is to understand how clinicians manage complexity while...2014-01-01
169 Warner, Homer R.High-Density Medical Data Management by ComputerBiomedical Informatics1970
170 Warner, Homer R.History of Medical Informatics at UtahBiomedical Informatics1990
171 Warner, Homer R.IAIMS Implementation and Administration at the University of UtahBiomedical Informatics1986
172 Blumenthal, Donald K.Identification of the calmodulin-binding domain of skeletal muscle myosin lightIn the course of determining the primary structure of rabbit skeletal muscle myosin light chain kinase (MLCK; ATP:protein phosphotransferase, EC 2.7.1.37) a peptide fragment was obtained that appears to represent the calmodulin-binding domain of this enzyme. Low concentrations of the peptide inhibit...Peptides; Enzymes; Protein sequence1985-05
173 Blumenthal, Donald K.Identification of the substrate and pseudosubstrate binding sites of phosphorylase kinase gamma-subunit.Using site-directed mutagenesis, we proposed that an autoinhibitory domain(s) is located at the C-terminal region (301-386) of the phosphorylase kinase gamma-subunit (Huang, C.-Y.F., Yuan C.-J., Livanova, N.B., and Graves, D.J. (1993) Mol. Cell. Biochem. 127/128, 7-18). Removal of the putative inhib...Mutagenesis; Autoinhibitory Domain; Peptides1995-03-31
174 DuVall, Scott L.Identifying data set specific duplicate patient recordsProbabilistic models are commonly used in the identification of duplicate records. These methods are usually more accurate than deterministic methods, but are exponentially more computationally complex. Thus to make them computationally feasible, they rely on deterministic blocking strategies. Th...Probabilistic models; Duplicate records; Duplicate patient records; Trapeze Interactive Poster2009
175 Warner, Homer R.ILIAD as a Patient Case Simulator to Teach Medical Problem SolvingBiomedical Informatics1989
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