recombinant dna - western oregon universityguralnl/441recombinant dna.pdfdna ligase inks the strands...

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Recombinant DNA Restriction enzymes & palindromes Cloning with plasmid vectors Restriction mapping & RFLPs Probes PCR analysis & technique DNA sequencing

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Page 1: Recombinant DNA - Western Oregon Universityguralnl/441Recombinant DNA.pdfDNA ligase Inks the strands together FIGURE 12.7 Recombinant DNA molecules can be created using DNA from two

Recombinant DNA• Restriction enzymes

& palindromes • Cloning with

plasmid vectors• Restriction mapping

& RFLPs• Probes• PCR analysis &

technique • DNA sequencing

Page 2: Recombinant DNA - Western Oregon Universityguralnl/441Recombinant DNA.pdfDNA ligase Inks the strands together FIGURE 12.7 Recombinant DNA molecules can be created using DNA from two

Restriction enzymes & palindromes

Page 3: Recombinant DNA - Western Oregon Universityguralnl/441Recombinant DNA.pdfDNA ligase Inks the strands together FIGURE 12.7 Recombinant DNA molecules can be created using DNA from two

Cloning with plasmid vectors

Page 4: Recombinant DNA - Western Oregon Universityguralnl/441Recombinant DNA.pdfDNA ligase Inks the strands together FIGURE 12.7 Recombinant DNA molecules can be created using DNA from two

Cloning

Page 5: Recombinant DNA - Western Oregon Universityguralnl/441Recombinant DNA.pdfDNA ligase Inks the strands together FIGURE 12.7 Recombinant DNA molecules can be created using DNA from two

Cloning

Page 6: Recombinant DNA - Western Oregon Universityguralnl/441Recombinant DNA.pdfDNA ligase Inks the strands together FIGURE 12.7 Recombinant DNA molecules can be created using DNA from two

Restriction mapping & RFLPs

Page 7: Recombinant DNA - Western Oregon Universityguralnl/441Recombinant DNA.pdfDNA ligase Inks the strands together FIGURE 12.7 Recombinant DNA molecules can be created using DNA from two

Probes

Page 8: Recombinant DNA - Western Oregon Universityguralnl/441Recombinant DNA.pdfDNA ligase Inks the strands together FIGURE 12.7 Recombinant DNA molecules can be created using DNA from two

Detection using probes

ASO= allele specific oligonucleotidesCan detect single nucleotide change

Sickle cell anemiaCystic Fibrosis

Page 9: Recombinant DNA - Western Oregon Universityguralnl/441Recombinant DNA.pdfDNA ligase Inks the strands together FIGURE 12.7 Recombinant DNA molecules can be created using DNA from two

PCR analysis & technique

Page 10: Recombinant DNA - Western Oregon Universityguralnl/441Recombinant DNA.pdfDNA ligase Inks the strands together FIGURE 12.7 Recombinant DNA molecules can be created using DNA from two

PCR applications

Page 11: Recombinant DNA - Western Oregon Universityguralnl/441Recombinant DNA.pdfDNA ligase Inks the strands together FIGURE 12.7 Recombinant DNA molecules can be created using DNA from two

DNA sequencing

Page 12: Recombinant DNA - Western Oregon Universityguralnl/441Recombinant DNA.pdfDNA ligase Inks the strands together FIGURE 12.7 Recombinant DNA molecules can be created using DNA from two

DNA sequencing

Page 13: Recombinant DNA - Western Oregon Universityguralnl/441Recombinant DNA.pdfDNA ligase Inks the strands together FIGURE 12.7 Recombinant DNA molecules can be created using DNA from two

Transgenic plants

Page 14: Recombinant DNA - Western Oregon Universityguralnl/441Recombinant DNA.pdfDNA ligase Inks the strands together FIGURE 12.7 Recombinant DNA molecules can be created using DNA from two

Gene Therapy