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BIOL 334

Comparative Biochemistry

3.00 units · Undergraduate

Winter 2026

Topics

  • Background of Metabolism
  • Genomics
  • Stress
  • Adaptation
  • Learning
Winter 2025

Topics

  • Background of Metabolism
  • Genomics
  • Stress
  • Adaptation
  • Learning
Winter 2024

Topics

  • Background of Metabolism
  • Genomics
  • Stress
  • Adaptation
  • Learning
Winter 2023

Topics

  • Biochemistry
  • Adaptation
  • Metabolism
Winter 2022

Topics

  • LEARNING OBJECTIVES
  • Biochemistry
  • Adaptation
  • Metabolism
2018-2019

Topics

  • Metabolism in Animals, Plants & Microbes
  • Enzymes as protein catalysts
  • thermodynamics, free energy & bioenergetics
  • overview of metabolic control
  • metabolism
  • Applications of Metabolic Biochemistry
  • metabolism research in Biotechnology and ‘Metabolic Engineering’
  • Biochemical Adaptation
  • Introduction to Biochemical Adaptation, Overview of Glycolysis, Oxidative Pentose-phosphate Pathway
  • (OPPP), TCA Cycle, & Respiration. Comparative Biochemistry of the Glycolytic Pathway. Metabolic
  • Freeze Tolerant Animals, Comparative Biochemistry of Mitochondrial Metabolism. Biochemical Adaptations
  • Genomics
2018-2019

Topics

  • Metabolism in Animals, Plants & Microbes
  • Enzymes as protein catalysts
  • thermodynamics, free energy & bioenergetics
  • overview of metabolic control
  • metabolism
  • Applications of Metabolic Biochemistry
  • metabolism research in Biotechnology and ‘Metabolic Engineering’
  • Biochemical Adaptation
  • Introduction to Biochemical Adaptation, Overview of Glycolysis, Oxidative Pentose-phosphate Pathway
  • (OPPP), TCA Cycle, & Respiration. Comparative Biochemistry of the Glycolytic Pathway. Metabolic
  • Freeze Tolerant Animals, Comparative Biochemistry of Mitochondrial Metabolism. Biochemical Adaptations
  • Genomics
2017-2018

Topics

  • Metabolism in Animals, Plants & Microbes
  • Enzymes as protein catalysts
  • thermodynamics, free energy & bioenergetics
  • overview of metabolic control
  • metabolism
  • Applications of Metabolic Biochemistry
  • metabolism research in Biotechnology and ‘Metabolic Engineering’
  • Biochemical Adaptation
  • Introduction to Biochemical Adaptation, Overview of Glycolysis, Oxidative Pentose-phosphate Pathway
  • (OPPP), TCA Cycle, & Respiration. Comparative Biochemistry of the Glycolytic Pathway. Metabolic
  • Freeze Tolerant Animals, Comparative Biochemistry of Mitochondrial Metabolism. Biochemical Adaptations
  • Genomics
2016-2017

Topics

  • Metabolism in Animals, Plants & Microbes
  • Enzymes as protein catalysts
  • Thermodynamics, free energy & bioenergetics
  • Overview of metabolic control
  • similarities & differences between animal vs. plant metabolism
  • Applications of Metabolic Biochemistry
  • Metabolic Biochemistry in Biotechnology and Metabolic Engineering
  • Biochemical Adaptation
  • Introduction to Biochemical Adaptation, Overview of Glycolysis, Oxidative Pentose-phosphate Pathway
  • (OPPP), TCA Cycle, & Respiration. Comparative Biochemistry of the Glycolytic Pathway. Metabolic
  • and/or freeze-tolerant animals, Comparative Biochemistry of Mitochondrial Metabolism. Biochemical
  • Genomics
2013-2014

Topics

  • Metabolism in Animals, Plants & Microbes
  • Enzymes as protein catalysts
  • Thermodynamics, free energy & bioenergetics
  • Overview of metabolic control
  • metabolism
  • Applications of Metabolic Biochemistry
  • Metabolic Biochemistry in Biotechnology and Metabolic Engineering
  • Biochemical Adaptation
  • Introduction to Biochemical Adaptation, Overview of Glycolysis, Oxidative Pentose-phosphate Pathway
  • (OPPP), TCA Cycle, & Respiration. Comparative Biochemistry of the Glycolytic Pathway. Metabolic
  • Comparative Biochemistry of Mitochondrial Metabolism. Biochemical Adaptations of Phosphate-starved
  • Genomics
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