'Sticky ends' diaporamas de présentation

Chapter 20

Chapter 20. Biotechnology. Overview: The DNA Toolbox. Sequencing of the human genome was completed by 2007 DNA sequencing has depended on advances in technology, starting with making recombinant DNA

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Chapter 20: Biotechnology

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TEST 8 REVIEW

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Lab 6b Working with DNA

Lab 6b Working with DNA. Amplifying DNA. Polymerase chain reaction (PCR) Molecular Increases the amount of a DNA sequence Replicates sequence millions of times Recombinant DNA technology Amplifies DNA that includes Within cells Sequences from other organisms. Working With Gene Clones.

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Biotechnology

Biotechnology. Genetics and Biotechnology. 13.2 DNA Technology. Genetic Engineering. Technology that involves manipulating the DNA of one organism in order to insert the DNA of another organism Agricultural Medicinal Forensic Science. Genetics and Biotechnology.

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BACTERIA

BACTERIA. Miss. P ierre. Shapes of bacteria. Ref ( Pg 14 Taylor and Green) & (550 Clegg). http:// www.britannica.com/EBchecked/media/83721/Most-bacteria-multiply-by-an-asexual-reproductive-process-called-binary Please take notes. Sexual reproduction. Structure of a virus.

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Restriction Enzymes

Restriction Enzymes. Remember what we know about DNA. What is the monomer of DNA? How do bases pair? What kind of bond is used?. Restriction Enzymes. Aka Restriction Endonucleases What macromolecule do you think they are made of?

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BIOTECHNOLOGY

BIOTECHNOLOGY. AP BIOLOGY 12 GORSIC. Biotechnology. Biotechnology : manipulation of organisms or their components to perform practical tasks or provide useful products Genetic engineering: direct manipulation of genes for practical purposes. Practical DNA Technology Uses.

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Biotechnology :

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Biotechnology :

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Lecture #9 Date _____

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Food Production

Food Production. Macronutrients- carbohydrates, proteins and fats Micronutrients- vitamins (A, C, E) and minerals (iron, iodine, calcium) Chronic undernutrition : not getting an adequate amount of calories Chronic malnutrition: deficiency of key nutrients

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Bioengineering and Superheroes

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Efficient DNA Construction using Minimization

Efficient DNA Construction using Minimization . David Miller* and Laura Beaudin Advisors: Jo Ellis-Monaghan and Greta Pangborn. Background. Useful for increasing efficiency in the construction of DNA nanostructures Applications in the field of biomolecular computing

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Beyond pGLO

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Solving Hamiltonian Path Problems with a DNA Computer

Solving Hamiltonian Path Problems with a DNA Computer. Brad Isom , Zach Caton , Cody Matheny, Cody Barta , Brandin Erickson, David Carr. Overview. The idea is to represent a HPP with segments of DNA that can be mixed together in vitro The segment include parts of a reporter gene

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RNAi

RNAi. Carly Sproule BE 4332. What is RNA Interference?. Mechanism that silences a gene so that the protein associated with it is not expressed Regulates gene expression Used as an immune response and natural defense mechanism

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Genetic Engineering

Genetic Engineering. Some diabetics need to inject insulin. We used to get insulin from cows or pigs, but that took time and money. We now use bacteria to produce insulin because they can make it quickly and cheaply. How can bacteria be used to produce insulin?

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Restriction Enzymes

Restriction Enzymes. What are Restriction Enzymes?.

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Genetic Engineering

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