ODE/PDE α-synuclein Models for Parkinson’s Disease

Chapter 1 Introduction, ODE Model Formulation

(1.1) ODE Model

(1.2) Main Program

(1.3) ODE Routine

(1.4) Subordinate Routine

(1.5) Model Output

(1.6) Routines for t Derivative

(1.7) Routines for ODE Terms

(1.8) Summary and Conclusions

Chapter 2 Introduction, ODE Model Application

(2.1) ODE Model

(2.1) Main Program (2.2) ODE Routine

(2.3) Model Output

(2.4) Summary and Conclusions

Chapter 3 Introduction, ODE/PDE Model Formulation

(3.1) ODE/PDE Model

(3.2) Main Program

(3.3) ODE/PDE Routine

(3.4) Model Output

(3.5) MOL Variants

(3.6) Summary and Conclusions

Chapter 4 Introduction, ODE/PDE Model Application

(4.1) ODE/PDE Model

(4.2) Main Program

(4.3) ODE/PDE Routine

(4.4) Model Output

(4.5) Model Variants

(4.6) Summary and Conclusions

Chapter 5 Introduction, Convection-Diffusion-Reaction Model Formulation

(5.1) ODE/PDE Model

(5.2) Main Program

(5.3) ODE/PDE Routine

(5.4) Model Output

(5.5) Summary and Conclusions

Chapter 6 Introduction, Convection-Diffusion-Reaction Model Application

(6.1) ODE/PDE Model

(6.2) Main Program

(6.3) ODE/PDE Routine

(6.4) Model Output

(6.5) Summary and Conclusions

Chapter 7 Introduction, Forward and Reverse Axonal Transport

(7.1) ODE/PDE Model

(7.2) Main Program

(7.3) ODE/PDE Routine

(7.4) Model Output

(7.5) Summary and Conclusions

Appendix A1: Function dss012

Appendix A2: Function dss044