'Specific nucleotide sequences' diaporamas de présentation

BIOTECHNOLOGY

BIOTECHNOLOGY. Campbell and Reece Chapter 20. DNA Technology. made possible: Human Genome Project completed in 9 yrs (2001) by 2010 genomes of > 7,000 species. Recombinant DNA. DNA formed when segments of DNA from 2 different species are combined in vitro (in test tube)

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Chapter 13: Genetic Engineering

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19.1 Techniques of Molecular Genetics Have Revolutionized Biology

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Chapter 9 Review Game

Chapter 9 Review Game. February 22, 2011. ________ is possible because all organisms share the same genetic code. Present your answers!. Genetic engineering. This process increases a quantity of DNA so it can be used or studied. Present your answers!. polymerase chain reaction (PCR).

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PROTEIN SYNTHESIS

PROTEIN SYNTHESIS. THE DETAILS. We already know about DNA Replication. Making RNA from DNA. Transcription. RNA. Pg 251. Comparing DNA & RNA. Pg 251. RNA. Different types of RNA All are produced from a DNA template in the nucleus Classified according to their function in the cell.

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Regulation of Transcription and Translation

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Genetic Engineering

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The Transcriptome: a primer on Transcription/RNA

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DNA Structure and Function

DNA Structure and Function. AP Biology: Chapter 13. Key Concepts:. DNA contains the information of heritable traits in all cells Each DNA strand consists of two strands of nucleotides twisted together Hereditary information is encoded in the sequence of nucleotides

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Codon Optimization

Codon Optimization. Codon Optimization. Codon Usage Bias: Variable frequency of synonomous codons . Codon preferences reflect natural selection in organisms for translational optimization. Optimal codons allow faster translation rates, thus highly expressed genes are coded by these.

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DNA TECHNOLOGY Copying Analyzing Recombining

DNA TECHNOLOGY Copying Analyzing Recombining. COPYING DNA. DNA can be copied in vitro or in vivo. Genes can be cloned to make a protein of interest or to determine the nucleotide sequence of the gene. The plasmids of bacteria can be used to copy genes.

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Biotechnology Part II

Biotechnology Part II. The Plasmid Lab: Creating Recombinant DNA. Bacterial Plasmid. Circular piece of DNA Replicates independently Used as a VECTOR. Restriction Enzymes. Enzymes that cut DNA at specific nucleotide sequences.

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NUCLEOSOMES

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What is DNA fingerprinting?

What is DNA fingerprinting?. A test to identify and evaluate genetic information (DNA) It is called fingerprinting since it is unlikely for 2 individuals to have the same DNA Only a small sample is usually needed. How is DNA fingerprinting done?. DNA must be copied DNA must be restricted

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Seed testing

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