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    Pages: 4   
    Covers the cytoplasm and what occurs in the rough and smooth ER, touches on some of the transitional endoplasmic reticulum
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    Pages: 4   
    Covers how water, small molecules, large molecules, and groups of molecules move across the membrane of a cell.
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    Pages: 4   
    Discussed plasma membrane and the make up of lipids and proteins
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    Pages: 3   
    Covers Initiation (although we went over this last lecture, I added it here to keep new test material together), elongation and termination process of translation in great detail
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    Pages: 4   
    Covers Regulators in Glycolysis and Krebs, the Krebs Cycle, the Electron Transport chain, the mitochondria, transcription, and the making of ribosomes * missing last lecture in this SG
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    Pages: 4   
    Covers 5sRNA production and movement to the nucleus, discussed tRNA and its make up, and begins Protein synthesis at the ribosome
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    Pages: 4   
    Discussed ribosomes, their two specific subunits and the RNA that they are composed of, where it comes from, how it is produced and used.
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    Pages: 3   
    Covers what occurs to modify RNA after transcription, and the beginning parts of translation
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    Pages: 3   
    Goes over Transcription in great detail, includes process of transcription and examples of RNA transcription in both prokaryotic and eukaryotic cells
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    Pages: 6   
    Discussion of mitochondria and how the electrons are used from the Krebs cycle and Glycolysis to make ATP in mitochondria. Beginning of discussion of how to make a protein. RNA descriptions.
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    Pages: 6   
    -Gives overview of Glycolysis and thoroughly covers control points. -Moves on to fate of pyruvate -Discusses Krebs Cycle and its control points -Brief mention of catalysis of fatty acids and proteins
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    Pages: 8   
    Study Guide containing History of Cell biology Small biological compounds Macromolecules and Enzymes Thermodynamics (Energy control) Glycolysis
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    Pages: 5   
    Control of energy in the Cell Energy flow in Glycolysis Overall Energy release in Chemical Pathways of the Cell
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    Pages: 3   
    Enzymes and Beginning of Thermodynamics
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    Pages: 5   
    Proteins, their primary, secondary, tertiary and quaternary structure
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    Pages: 3   
    Beginning of Macromolecules (DNA and Proteins)
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    Pages: 4   
    Description of 4 main types of compounds
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    Pages: 3   
    Historical Background of Cell Biology Chemical makeup of cell

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