table of contents
*Note: topics are organized according to the suggested teaching sequence
MOLECULAR GENETICS
DNA: Structure and Function – Kellan Swigger
Protein Synthesis and the Genetic Code - Michael Voumvakis
Controlling Gene Expression in Prokaryotes and Eukaryotes – Melanie Tavone
Biotechnology: History, Basic Processes and Applications – Kavery Kandasamy
POPULATION DYNAMICS
Population Dynamics: Modelling Population Growth and Factors Affecting Population Growth – Nicolas Gilbert
BIOCHEMISTRY
Basic Biochemistry – Alanna Houston
METABOLIC PROCESSES
Metabolism 1: Energy Transfer in Cells: Basic Principles and Reactions – Selina Jaswal
Metabolism 2: Photosynthesis – Diana Puia
Metabolism 3: Aerobic Cellular Respiration – Sara Avent
Metabolism 4: Anaerobic Cellular Respiration: Main Pathways and their Applications – James Kasprzak
HOMEOSTASIS
Homeostasis 1: Basic Feedback Mechanisms – Simon Gordon
Homeostasis 2: The Nervous System: Structure and Basic Mechanisms – Christina Hong
Homeostasis 3: The Endocrine System: Basic Mechanisms with focus on the Menstrual Cycle – Stella Makris
MOLECULAR GENETICS
DNA: Structure and Function – Kellan Swigger
Protein Synthesis and the Genetic Code - Michael Voumvakis
Controlling Gene Expression in Prokaryotes and Eukaryotes – Melanie Tavone
Biotechnology: History, Basic Processes and Applications – Kavery Kandasamy
POPULATION DYNAMICS
Population Dynamics: Modelling Population Growth and Factors Affecting Population Growth – Nicolas Gilbert
BIOCHEMISTRY
Basic Biochemistry – Alanna Houston
METABOLIC PROCESSES
Metabolism 1: Energy Transfer in Cells: Basic Principles and Reactions – Selina Jaswal
Metabolism 2: Photosynthesis – Diana Puia
Metabolism 3: Aerobic Cellular Respiration – Sara Avent
Metabolism 4: Anaerobic Cellular Respiration: Main Pathways and their Applications – James Kasprzak
HOMEOSTASIS
Homeostasis 1: Basic Feedback Mechanisms – Simon Gordon
Homeostasis 2: The Nervous System: Structure and Basic Mechanisms – Christina Hong
Homeostasis 3: The Endocrine System: Basic Mechanisms with focus on the Menstrual Cycle – Stella Makris