Subtractive hybridization, a technique for extraction of DNA sequences distinguishing two closely related genomes: critical analysis

Tipo de material: Texto

TextoSeries ; Genetic Analysis: BioMolecular Engineering, 13(2), p.49-58, 1996Trabajos contenidos:

Ermolaeva, O.D
Sverdlov, E.D

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Resumen: The present status of genomic DNA subtraction techniques is reviewed. The advantages and disadvantages of the widely-used methods of genome subtrac.tion are discussed. Using the kinetic model of subtractive hybridization developed by us previously (Sverdlov and Ermolaeva, ]993; Sverdlov and Ermolaeva, 1994), the application of genome subtraction to various problems is analyzed. It is concluded that the technique should be further advanced based on subtraction of single-stranded DNAs. This strategy would enable one to efficiently extract target sequences omitting the stage of genome simplification.

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The present status of genomic DNA subtraction techniques is reviewed. The advantages and disadvantages of the widely-used methods of genome subtrac.tion are discussed. Using the kinetic model of subtractive hybridization developed by us previously (Sverdlov and Ermolaeva, ]993; Sverdlov and Ermolaeva, 1994), the application of genome subtraction to various problems is analyzed. It is concluded that the technique should be further advanced based on subtraction of single-stranded DNAs. This strategy would enable one to efficiently extract target sequences omitting the stage of genome simplification.

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