Genetic engineering and its applications in biotechnology

Subject: Biology

Grade: Lower Secondary

Publisher: YDP

Resource types: Whiteboard presentation

Resource ID: a2828
Description:

At the end of this activity, students should be able to:
– explain the artificial recombination of DNA
– demonstrate the significance of restriction enzymes in manipulating DNA
– explain the term "vector", give examples and describe its properties from the perspective of genetic engineering
– demonstrate the stages of obtaining the product of a given gene in the bacterial cell
– give examples of biologically active proteins obtained by genetic engineering techniques
– explain the basics of the polymerase chain reaction (PCR).

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Genetic engineering... – demonstrate the stages of obtaining the product of a given gene in the bacterial cell – give examples of biologically active proteins obtained by genetic engineering techniques – explain the basics of the polymerase chain reaction (PCR)."> Class activity

Consists of...
Basic tools in gene... Animation Artificial DNA Whiteboard exercise Cloning of DNA Animation Restriction enzymes Animation Restriction enzymes... Whiteboard exercise Restriction maps Illustration Palindromic sequences Slideshow Gene cloning in a b... Animation Bacteriophages Animation Gene libraries Illustration Molecular vectors �... Whiteboard exercise Plasmids Animation Genetic differences... Whiteboard exercise Consequences for cl... Slideshow Synthesis of protei... Animation Features of proteins Chart Genetic engineering... Whiteboard exercise Recombinant insulin Animation Obtaining erythropo... Animation Growth hormone Illustration Replication of gene... Whiteboard exercise Polymerase chain re... Animation

Relevant to...

Secondary School

Lower Secondary (Grades 7-9)

Biology

Genetic engineering

84. Genetic engineering and its applications in biotechnology

YDP SA

Keywords

DNA, hydrogen bonds, nucleotides, replication, transcription, recombination, transformation, conjugation, genetic, ligase, its, vector, Retrovirus, polymerase, clone, introns, exons, hybridization, engineering, genetic engineering, plasmids, applications, PCR, restriction enzyme, biotechnology, Genetic engineering and its applications in biotechnology

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