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KUBIOL 150buechnerFall

BIOL 150 Lecture Notes - Lecture 15: Non-Competitive Inhibition, Atp Hydrolysis, Hydrolysis

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Biol 150 principles of molecular & cellular biology. I talked about your progress in biology; most of you are improvingly steadily at a difficult subje
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KUBIOL 150buechnerFall

BIOL 150 Lecture Notes - Lecture 28: Arthur Kornberg, Replisome, Dna Replication

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In eukaryotes, dna replication is slower (about 3000 bp/minute) as the cell must remove histones from the dna to allow replication. Some enzymes of dna
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KUBIOL 150buechnerFall

BIOL 150 Lecture Notes - Lecture 8: Rna Polymerase Ii, Palindromic Sequence, Tata Box

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Biol 150 principles of molecular & cellular biology. We reviewed mechanism of transcription in bacteria, especially the role of a palindromic sequence
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KUBIOL 150buechnerFall

BIOL 150 Lecture Notes - Lecture 16: Citric Acid Cycle, Electron Transport Chain, Pantothenic Acid

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Biol 150 principles of molecular & cellular biology. We discussed the ability of our cells to survive in the absence of oxygen as a way to think about
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KUBIOL 150buechnerFall

BIOL 150 Lecture Notes - Lecture 3: Atomic Number, Covalent Bond, Sulfur

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Biol 150 principles of molecular & cellular biology. We looked at the fundamental chemistry that underlies biological processes. Elements are made of i
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KUBIOL 150buechnerFall

BIOL 150 Lecture Notes - Lecture 18: Mitochondrial Matrix, Intermembrane Space, Atp Synthase

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Biol 150 principles of molecular & cellular biology. I stressed the ability of passage of electrons through the electron transport chain (etc) to force
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KUBIOL 150buechnerFall

BIOL 150 Lecture Notes - Lecture 2: Robert Hooke, Sputum, Spontaneous Generation

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Biol 150 principles of molecular & cellular biology. Scientific methods, germ theory, and animal and cell. If you are having problems with launchpad, p
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KUBIOL 150buechnerFall

BIOL 150 Lecture Notes - Lecture 30: Genetically Modified Organism, Insulin, Chromosome

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Biol 150 principles of molecular & cellular biology. The discussion then turned to ways in which the amplified dna can be used. Sequencing the amplifie
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KUBIOL 150buechnerFall

BIOL 150 Lecture Notes - Lecture 26: Ploidy, Oocyte, Kinetochore

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Biol 150 principles of molecular & cellular biology. The secret lies in the kinetochore attached to the plus end of the microtubules. Once the microtub
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KUBIOL 150buechnerFall

BIOL 150 Lecture Notes - Lecture 17: Citric Acid Cycle, Oxidative Phosphorylation, Succinic Acid

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Biol 150 principles of molecular & cellular biology. The citric acid cycle, nadh and fadh2 and electron. We again went through the reactions by which a
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KUBIOL 150buechnerFall

BIOL 150 Lecture Notes - Lecture 4: Lipid Bilayer, Micelle, Hydrophile

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KUBIOL 150buechnerFall

BIOL 150 Lecture Notes - Lecture 5: Dehydration Reaction, Amine, Tetrapeptide

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Biol 150 principles of molecular & cellular biology. We looked at the carbohydrates, compounds characterized by a carbon-carbon backbone linked to appr
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