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From Gene to Protein

From Gene to Protein

From Gene to Protein. Campbell and Reece Chapter 17. Gene Expression. process by which DNA directs the synthesis of proteins or RNA synthesis of proteins transcription translation. How Gene to Protein Figured Out. Evidence from study of metabolic disorders:

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1.51k views • 119 slides
Eukaryotic Regulation

Eukaryotic Regulation

Eukaryotic Regulation. Chapter 17 Sections:17.2, 17.3 - 17.7 &17.9. Eukaryotic Regulation Differs from Prokaryotic Regulation. Eukaryotes contain much greater amounts of genetic information Many chromosomes

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735 views • 50 slides
Introduction into Cell Biology 2 The building blocks of life - Proteins

Introduction into Cell Biology 2 The building blocks of life - Proteins

Introduction into Cell Biology 2 The building blocks of life - Proteins. Intro into cell biology 2. Molecular Organisation of a cell. Fig. 1.7. Building Blocks of Life -> Different Shapes. Proteins Amino Acids are linked by peptide bonds.

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695 views • 49 slides
Chapter 17

Chapter 17

Chapter 17. From Gene to Protein (Protein Synthesis). Protein Synthesis. The information content of DNA Is in the form of specific sequences of nucleotides along the DNA strands The DNA inherited by an organism Leads to specific traits by dictating the synthesis of proteins

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616 views • 44 slides
From Gene to Protein

From Gene to Protein

Chapter 17. From Gene to Protein. Overview: The Flow of Genetic Information. the information content of DNA is in the form of specific sequences of nucleotides the DNA inherited by an organism leads to specific traits by dictating the synthesis of proteins

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597 views • 42 slides
Chapter 19

Chapter 19

Chapter 19. Organization and Regulation of the Eukaryotic Genome. Eukaryotic gene expression. Much more complex than prokaryotic Larger number of interacting proteins Placement of transcription/translation lends itself to more opportunities for regulation. More DNA

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251 views • 24 slides
Chapter 19

Chapter 19

Chapter 19. Organization and Regulation of the Eukaryotic Genome. Eukaryotic gene expression. Much more complex than prokaryotic Larger number of interacting proteins Placement of transcription/translation lends itself to more opportunities for regulation. More DNA

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250 views • 24 slides

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