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Gene transfer (accelerate evolution): Stimulate DNA release from cells to environments Transduction lateral gene transfer Estimated that phage DNA contributes 3.5\% of total DNA recovered from freshwater, estuarine and offshore marine environments 

          Gene transfer (accelerate evolution):
Stimulate DNA release from cells to environments
Transduction lateral gene transfer
Estimated that phage DNA contributes 3.5\% of total DNA recovered from
freshwater, estuarine and offshore marine environments
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Gene transfer (accelerate evolution): Stimulate DNA release from cells to environments Transduction lateral gene transfer Estimated that phage DNA contributes 3.5% of total DNA recovered from freshwater, estuarine and offshore marine environments

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Biology for AP Courses
Biology for AP Courses
Julianne Zedalis, John Eggebrecht
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Gene transfer (accelerate evolution): Stimulate DNA release from cells to environments. Transduction lateral gene transfer. It is estimated that phage DNA contributes 3.5% of the total DNA recovered from freshwater, estuarine, and offshore marine environments.
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00:01 Hi, in this question we have to match the given description with the correct term.
00:05 So first, that is, the process of joining pieces of dna from different sources is the process of genetic recombination in which the dna from various sources are isolated and recombined to introduce new features into an organism.
00:50 That is the first term.
00:52 Coming to the next and this is done to introduce new features into an organism.
01:12 Next is the process in which genes are transferred from one bacterium to another as naked.
01:44 Dna in solution.
01:52 This is the description of a process called transformation, that is the second term.
02:06 And it occurs with the help of a competent cell.
02:13 A competent cell is one which is made to take up the dna...
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