Molecular Biology of the Cell
Metabolism
Is Organized and Regulated
Metabolic
Reactions Evolve
Allosteric
Transitions Help Regulate Metabolism
Multienzyme
Complexes Help to Increase the Rate of Cell Metabolism
Metabolism
Is Dominated by the Citric Acid Cycle
Summary-
catabolism
Reactions
Are Compartmentalized Both Within Cells and Within Organisms
Eucaryotic
Cells Depend on Mitochondria for Their Oxidative Metabolism
A
summary of mitochondrial energy metabolism
Molecular Cell Biology
Cellular
Energetics: Glycolysis, Aerobic Oxidation, and Photosynthesis
Anaerobic
Metabolism of Each Glucose Molecule Yields Only Two ATP Molecules
The
Rate of Glucose Oxidation Is Adjusted to Meet the Cell s Need for ATP
Enzymatic
control of glucose metabolism in the cytosol
Insulin
and Glucagon Work Together to Maintain a Stable Blood Glucose Level
The Cell- A Molecular Approach
The
Evolution of Metabolism
Bioenergetics
and Metabolism - Mitochondria, Chloroplasts, and Peroxisomes
Organization
and Function of Mitochondria
Metabolism
in the matrix of mitochondria
The
Generation of ATP from Glucose
Regulation
of glycogen metabolism by protein kinase A Metabolism
of lactose
Generation
of metabolic energy
Next- more detailed online resources introduce key components, and pathways of metabolism. Includes a link to a complete set of lecture slides on Metabolism.
Then- look at the signaling pathways that mediate metabolism. Includes links to review articles and animations.
Search NLM Online Textbooks- "Metabolism"
liver, mitochondria, peroxisomes, lysosomes, glucose, ATP, respiration, chloroplasts