Download e-book for iPad: Gene Cloning and Manipulation by Christopher Howe

By Christopher Howe

ISBN-10: 0511294999

ISBN-13: 9780511294990

Now absolutely up-to-date to mirror fresh advances, this creation offers a extensive, yet concise, assurance of recombinant DNA ideas. Emphasis is put on the strategies underlying certain types of cloning vectors to assist figuring out and to permit readers to plot appropriate options for novel experimental occasions. a sequence of 'real-life' organic difficulties also are provided to permit readers to evaluate their knowing of the fabric and to arrange for tests.

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Extra info for Gene Cloning and Manipulation

Sample text

If this process is applied to genomic DNA (call this ‘full-length’ material), half the molecules will be full length after the first cycle, and the other half will start with a primer and have an undefined end, determined by how far the polymerase progressed during DNA synthesis (call these ‘intermediate’ molecules). In the next cycle, each full-length molecule will generate one full-length and one intermediate molecule. 1. As each cycle proceeds, the number of full-length molecules remains constant, the number of intermediate molecules increases arithmetically, and the number of target molecules increases essentially geometrically.

Because of the effective pore sizes in the gel matrices and the concentrations of polyacrylamide or agarose that it is convenient to work with, polyacrylamide gels are best suited for electrophoresis of molecules up to 1 kbp, and agarose gels are best suited for molecules from a few hundred nucleotides and up. Of course, some variation in the concentrations used is possible to suit the requirements of the experiment. 8 Structures of acrylamide (a), N,N’-methylene-bis-acrylamide (b), and polyacrylamide (c).

When the polymerase meets the annealed probe, the 5’-3’ exonuclease activity of the enzyme degrades the probe, liberating the reporter from the quencher. Thus, the fluorescent reporter accumulates during the course of the PCR. The figure shows the reaction monitored with a probe carrying reporter and quencher. Hydrolysis of the probe by the polymerase liberates the reporter, which fluoresces. ¼Reporter, ¼Quencher. An alternative method for specific product detection in real-time PCR uses two oligonucleotide probes that anneal to adjacent sites in the target DNA.

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Gene Cloning and Manipulation by Christopher Howe


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