Mathematical Modelling in Systems Biology: An Introduction
Brian Ingalls
Applied Mathematics
University of Waterloo
bingalls@uwaterloo.ca
June 18, 2012
2
Preface
Systems techniques are integral to current research in molecular cell biology. These systems

Compartmental modeling
This is a very short summary of the notes from my two-hour lecture. These notes were not originally meant
to be distributed, and so they are far from being complete. A comprehensive introduction to compartmental
modeling can be foun

9/12/16
BMEG4103
BIOMEDICAL MODELING
LECTURE #3
MAX Q.-H. MENG
EXAMPLE: A SIMPLE ELIMINATION DYNAMICS MODEL
Introduce substance X into a beaker of acid, that breaks down
X in proportion to how much is in the beaker at time t. Call
the amount added q(0).

9/13/16
BMEG4103
BIOMEDICAL MODELING
LECTURE #4
MAX Q.-H. MENG
BIOMODELING PROCESS AND GOALS
1
9/13/16
MODEL PARADIGM EXAMPLES
o An enzymatically controlled reaction
diagram, with substrate S and
enzyme E forming product P, in two
different schematic r

9/7/16
BMEG4103
BIOMEDICAL MODELING
MAX Q.-H. MENG
ABOUT THIS COURSE
This course is designed for students to gain an
understanding of biomedical modeling methodologies.
Through this course, students will learn the basic
concepts and fundamental techniq

9/7/16
BMEG4103
BIOMEDICAL MODELING
LECTURE #2
MAX Q.-H. MENG
MODELING DEFINITIONS
A system is simply a collection of objects, usually
interconnected or interacting in some coordinated way, so
a system model is a model of a collection of objects, or
co

Solve Dierential Equations by Laplace Transform
Tutorial 1 of BMEG 4103
Department of Electronic Engineering
The Chinese University of Hong Kong
September 12, 2016
(EE, CUHK)
Tutorial 1
September 12, 2016
1 / 13
Dierential Equation and Modeling
Recall the

BMEG4103 Biomedical Modeling (Fall 2016)
Description: This course is designed for students to gain an understanding of biomedical modeling methodologies.
Through this course, students will learn the basic concepts and fundamental techniques of mathematica