To introduce a particular piece of dna into an animal cell, such as that of a mouse, you would find more probable success with which of the following methods? a) the shotgun approach b) electroporation followed by recombination c) introducing a plasmid into the cell d) infecting the mouse cell with a ti plasmid e) transcription and translation

The correct answer is option B, that is, electroporation succeeded by recombination.  

A usual method of presenting exogenous nucleic acids into cells is known as electroporation. In this, an electric voltage potential is used through a biological membrane, ultimately resulting in the formation of conducting hydrophilic pores. The process of electroporation is utilized for transporting or transfecting nucleic acids generally DNA within the cells, to make them articulate genes that would modify the genetic mechanism.  

The transfected DNA can get recombined or incorporated into the host genome or can remain in its own composition. Thus, the process of electroporation straightforwardly permits more recombination to take place.  

when a reversible reaction is occurring in both directions at the same rate; the products and reactants do not change in concentration. a chemical reaction where the compound is broken into its constituent parts.

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due to the fact that it skipped a generation we can tell it is definitely not a dominant trait, therefore it must be recessive. i think this is right let me know!

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