'Antibiotic resistance gene' diaporamas de présentation

Chapter 8: Recombinant DNA Technology and Molecular Cloning

Chapter 8: Recombinant DNA Technology and Molecular Cloning.

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Protein Purification

Protein Purification. Compartmentalization provides an opportunity for a purification step. e. Protein profile for compartments of gram-negative prokaryotes. Cell Disruption. Chemical: alkali, organic solvents, detergents

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Chapter 17 & 19

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Chapter 13

Bacterial Genetics. Chapter 13. Why study bacterial genetics?. Its an easy place to start history we know more about it systems better understood simpler genome good model for control of genes build concepts from there to eukaryotes

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Genetic Engineering and Functional Genomics

11. Genetic Engineering and Functional Genomics. Genetic Engineering: Overview. Methods of genetic manipulation are termed: Recombinant DNA technology Genetic engineering Gene cloning Applications include: Isolation of specific genes Production of specific proteins.

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Antimicrobial Drugs: Resistance PREPARED BY MOHANAD ABU LIHIA

Antimicrobial Drugs: Resistance PREPARED BY MOHANAD ABU LIHIA. Bacteria produce enzymes that inactivate the drug; eg, lactamases can inactivate penicillins and cephalosporins by cleaving the lactam ring of the drug.

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Rewriting the Genetic Code

Rewriting the Genetic Code . BLI Biological Research 2013 Synthetic Biology Research Project Sejal Jain. Replacing TAG with TAA. In 2011, Farren J. Isaacs of Yale University and Peter A. Carr of MIT site-specifically replaced all 314 TAG stop codons in E. coli with TAA stop codons

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Rewriting the Genetic Code

Rewriting the Genetic Code . BLI Biological Research 2013 Synthetic Biology Research Project Sejal Jain. Replacing TAG with TAA. In 2011, Farren J. Isaacs of Yale University and Peter A. Carr of MIT site-specifically replaced all 314 TAG stop codons in E. coli with TAA stop codons

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GREEN FLORESCENCE PROTEIN T.A: Riham Baoum

GREEN FLORESCENCE PROTEIN T.A: Riham Baoum. Introduction:. GFP: a protein composed of 238 amino acid residues that exhibits bright green fluorescence when exposed to UV light. Discovery of GFP (Osamu Shimomura).

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Biotechnology and Recombinant DNA

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Biotechnology and Recombinant DNA

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Shanghai dogs are very special!

Shanghai dogs are very special!. There are many dogs in Shanghai Xuhui JTU campus. Hypothesis ? Shanghai dogs can read ?? ( and obey orders). Result ? The clever dog ? recognized the label ? and ignored the box labeled ? Conclusion: At JTU even the dogs are clever.

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Make a new entry- Entry 49:pGLO Quiz Review -5/9/12 See attached worksheet

Make a new entry- Entry 49:pGLO Quiz Review -5/9/12 See attached worksheet. 1. What are plasmids? What type of organism generally has plasmids Plasmids are circular, double stranded DNA found in bacteria. Bacterium. 2.Describe the function of a. a restriction enzyme -

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Make a new entry- Entry 49:pGLO Quiz Review -5/9/12 See attached worksheet

Make a new entry- Entry 49:pGLO Quiz Review -5/9/12 See attached worksheet. 1. What are plasmids? What type of organism generally has plasmids Plasmids are circular, double stranded DNA found in bacteria. Bacterium. 2.Describe the function of a. a restriction enzyme -

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Making Recombinant DNA

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Friday, May 4, 2012

Friday, May 4, 2012. Homework: None. Entry 46: Dihybrid Punnett Squares -5/2/12 Attach dihybrid sheet Entry 47: pGLO intro questions - 5/4/12 Glue in the questions, read info sheet, answer questions. PLASMIDS. CHROMOSOME. Bacterial plasmids.

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Transgenic Organisms

Transgenic Mouse: Generic term for an engineered mouse that has a normal DNA sequence for a gene replaced by an engineered sequence or a sequence from another organism.

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The mechanism of antibiotics

The mechanism of antibiotics. Biol 1220 Synthetic Biology abe pressman & minoo ramanathan. the basics. Used to kill or inhibit the growth of bacteria Classified as bactericidal or bacteriostatic Kill bacteria directly Prevent cell division Classified by target specificity:

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Plasmid carrying a gene for antibiotic resistance

Plasmid carrying a gene for antibiotic resistance. Individual bacteria cells. Sex pilus. Antibiotic resistance increases with time and becomes an established characteristic in the population.

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