Mathematical Modeling in Nutrition and the Health Sciences

Inhaltsverzeichnis

• Historical Perspectives and Future Directions.
• The Minimal Model of Glucose Regulation: a Biography..
• Cornerstones to Shape Modeling for the 21STCentury: Introducing the Aka-Glucose Project.
• Development and Use of Mathematical Models.
• Aspects of Effective Modeling.
• Fitting a Mathematical Model to Biological Data: Intracellular Trafficking in Niemann-Pick C Disease.
• A Saturation Kinetic Model to Teach Balance of Essential Fatty Acids in Nutrition Education.
• Theoretical Modeling Issues.
• Modeling Processes from Probabilities.
• Understanding the Relationship Between Carcinogen-Induced Dna Adduct Levels in Distal and Proximal Regions of the Colon.
• Experimental Aspects of Kinetic Data.
• Methodological Issues in Stable Isotope- Based Kinetic Studies in Children.
• Intrinsic Labeling of Plants for Bioavailability Studies.
• Elemental Mass Spectrometry for Compartmental Biological Modeling.
• Modeling of Vitamins, Minerals, and Cholesterol.
• The Use of Model-Based Compartmental Analysis to Study Vitamin a Metabolism in a Non-Steady State.
• Modeling Short (7 Hour)- and Long (6 Week)-Term Kinetics of Vitamin B-6 Metabolism with Stable Isotopes in Humans.
• Calcium Utilization in Young Women: New Insights from Modeling.
• Modeling Cholesterol in Humans: Update and Dealing with the Problem of Exchange in Vivo Using the Blood Cell-Lipoprotein Paradigm.
• Modeling of Protein Metabolism, Energy, and Growth.
• Challenging the Assumptions in Estimating Protein Fractional Synthesis Rate Using a Model of Rodent Protein Turnover.
• Simulating Patterns of Change in Rates of Secretion of Protein into Milk.
• Mechanistic Equations to Represent Digestion and Fermentation.
• Modeling Growth of Cattle for Application within the Structure of the Cornell Net Carbohydrate and Protein System.
• Modeling to Explore Disease.
• Mathematical Models of Tumor Growth: from Empirical Description to Biological Mechanism.
• A Systems Modeling Approach to the Study of Retinoid Function: Implications for Evaluation of Retinoids in Cancer Chemoprevention and/or Chemotherapy.
• Glutamate Metabolism in Primary Cultures of Rat Brain Astrocytes: Rationale and Initial Efforts Toward Developing a Compartmental Model.
• State-of-the-Art Modeling Software.
• WinSAAM: Application and Explanation.
• Stata: a Statistical Analysis System for Examining Biomedical Data.
• Using Advanced Continuous Simulation Language (Acsl) to Simulate, Solve, and Fit Mathematical Models in Nutrition.
• Solving and Fitting France’s Rumen Model with Mlab.
• Stella® Research Software for Teaching Concepts of Nutrient Dynamics in the Undergraduate Classroom.
• A Review of ‘Scientist’ Software.