rootbrowseIAC-04Gsession 11. Mathematical Modeling and Physiological Simulation in Preparation for Human ExplorationPapers1. Modeling Cardiovascular Response to Orthostatic Stress2. Mathematicval Modeling of Functional States in Humans under 7-Days Head-Down Bed Rest3. Integrated Physiological Simulation of an Astronaut Exercise Protocol4. Quantitative Modeling and Software Approaches to the Analysis of Complex Multilevel Systems5. Modeling the Human Ventricular Myocyte6. Energy Balance Model for Human Skeletal Muscle Adaptation7. Use of tracer Methodology and Arterial-Venous Difference Techniques to Model Leg Muscle Metabolism8. Spatially Explicit, Nano-Mechanical Models of the Muscle Half-Sarcomere: Implications for Biomechanical Tuning in Atrophy and Fatigue9. Energy Metabolism in Human Calf Muscle during and after Static and Dynamic Exercise: Comparison of non-Invasive Measurements and Model based Calculations10. A Mathematical Model of Skeletal Muscle Metabolism. Simulations of Exercise Responses after Space Travel and Endurance Training