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CreatorTitleDescriptionSubjectDate
176 Pryor, T. AllanThe Arden Syntax for Medical Logic ModulesBiomedical Informatics1993
177 Warner, Homer R.On-Line Computerized Spirometry in 738 Normal AdultsBiomedical Informatics1969
178 Warner, Homer R.The ILIAD Program: An Expert Computer Diagnostic ProgramBiomedical Informatics1992
179 Mitchell, Joyce A.International efforts in nanoinformatics research applied to nanomedicineBackground: Nanomedicine and nanoinformatics are novel disciplines facing substantial challenges. Since nanomedicine involves complex and massive data analysis and management, a new discipline named nanoinformatics is now emerging to provide the vision and the informatics methods and tools needed fo...2011-01-01
180 Camp, Nicola J.SumLINK statistic for linkage analysis: application to the ICPCG pooled linkage resourceWe propose a novel, genome-wide, linkagebased statistic, "sumLINK," for identification of disease susceptibility loci. Our approach focuses primarily on "linked" pedigrees (those with pedigree-specific LOD ? 0.588; equivalent to unadjusted p ? 0.05) to identify regions of extreme consistency across ...SumLINK; Linkage analysis; ICPCG; Disease susceptibility loci; Trapeze Interactive Poster2009
181 Warner, Homer R.Computerized Practice Guidelines for Heart Failure Management: The HeartMan SystemBiomedical Informatics1995
182 Warner, Homer R.Experience with Baye's Theorem for Computer Diagnosis of Congenital Heart DiseaseBiomedical Informatics1964
183 Gardner, Reed M.The Place of Computers in Medicine (Editorial)Biomedical Informatics1975
184 DuVall, Scott L.Understanding the profile of errors that cause duplicate entries in a patient registryDuplicate records are detrimental to the cost-effective and efficient delivery of health care. Manually identifying and resolving duplicates can cost $60 per case. Patterns have been found in the types of errors that occur in patient registries, suggesting that undetected duplicate records may be ...Duplicate records; Duplicate patient records; Profile of errors; Enterprise Data Warehouse; EDW; Utah Population Database; UPDB; Trapeze Interactive Poster2009
185 Huser, Vojtech; Del Fiol, Gulherme; Rocha, Roberto A.Use of XML Technology for E-resources Management within a Healthcare EnterpriseProvision of access to electronic resources to clinicians is becoming increasingly important. We have created a framework for librarians to manage access to e-resources at enterprise level rather than separately at individual hospital libraries. We present our initial project requirements, implement...Biomedical informatics; E-resources; Knowledge representation; Knowledge management; XML; XSLT; Intermountain Healthcare; Medical informatics2008-03-14
186 Pryor, T. AllanDevelopment of Decision Support SystemsBiomedical Informatics1990
187 Warner, Homer R.Quality Assessment and Patient Participation in Care by Means of a Touch-Screen ComputerBiomedical Informatics1996
188 Gardner, Reed M.Trouble-Shooting Pressure Monitoring Systems: When do the Numbers Lie?Biomedical Informatics1987
189 Mitchell, Joyce A.Computational Feature of Selection and Classification of RET Phenotypic SeverityAlthough many reported mutations in the RET oncogene have been directly associated with hereditary thyroid carcinoma, other mutations are labelled as uncertain gene variants because they have not been clearly associated with a clinical phenotype. The process of determining the severity of a mutation...2010-01-01
190 Mitchell, Joyce A.Challenges and strategies of the Genetics Home ReferenceObjective: This paper focuses on the first two years of operation of Genetics Home Reference (GHR), a Web-based resource <http://www.ghr.nlm.nih.gov> for the general public that helps to explain the health implications of findings from the Human Genome Project. Methods and Findings: Key challenges o...2006-01-01
191 Gardner, Reed M.Computerized Intensive Care Monitoring at LDS Hospital - Progress and DevelopmentBiomedical Informatics1974
192 Warner, Homer R.An Analysis of Granulocyte Kinetics in Blood and Bone MarrowBiomedical Informatics1964
193 Warner, Homer R.Revision of Diagnostic Logic Using a Clinical DatabaseBiomedical Informatics1989
194 Warner, Homer R.Toward a Public Domain UMLS Patient DatabaseBiomedical Informatics1990
195 Gardner, Reed M.Monitoring of Physiological Data in a Clinical EnvironmentBiomedical Informatics1972
196 Huser, VojtechChapter 5: RetroGuide EvaluationThis chapter presents a RetroGuide (RG) evaluation study which was conducted to assess the flowchart-based modeling approach. This study complements the previously presented case studies in an overall effort to evaluate the RG project. The evaluation was targeted at informatics users with small to m...Retroguide, Evaluation study, Analysis of data, Structured query language, Biomedical informatics, EHR, RetroGuide2008-03-28
197 Narus, Scott P.; Hales, Joseph W.; Poynton, Mollie Rebecca; Evans, R. ScottEnhancing continuity of care through an emergency medical card at Intermountain Healthcare: using the continuity of care record standardComplex and fragmented healthcare systems hamper provision of effective care where it is needed most. 1 In most instances, continuity of care is rarely considered during referral, transfer, or discharge of patients from one caregiver to another. 2,3 The dearth of pertinent current and historical hea...Continuity of care; Emergency medical card; Trapeze Interactive Poster2009
198 Warner, Homer R.The Knowledge Capabilities of the Vocabulary Component of a Medical Expert SystemBiomedical Informatics1990
199 Warner, Homer R.Designing a Controlled Medical Vocabulary Server: The VOSER ProjectBiomedical Informatics1994
200 Camp, Nicola J.Genome-wide linkage analysis for aggressive prostate cancer in Utah high risk pedigreesResearch has consistently shown that genetics plays a critical role in prostate cancer (CaP) development, but the identification of CaP genes has proven to be very difficult. Hereditary prostate cancer is a complex disease involving numerous genes and variable phenotypic expression. This heterogene...Linkage analysis; Aggressive prostate cancer; CaP genes; ICPCG; Utah; Trapeze Interactive Poster2009
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