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DNA sequencing has changedgeneticsfrom a sophisticated guessing plot into a surd skill . With this instrument , biologists are able to locate the molecular codification from which trait emerge . They can blob genetic mutation , and from those , trace how similarspecies evolved aside . Down the route , sequence will avail scientists refine factor therapy technique to treat disease , andgenetic engineeringto improvement biotechnology .
cistron sequencing is painstaking work , but it ’s so useful that the full genome of ten of grand of organism have been sequenced over the past 15 years , admit all 3.3 billion base pairs of the human genome , which an external collaborationism of geneticist sequenced 10 years ago . To learn how it ’s done , we start with part 5 of a video tutorial created by the National Human Genome Research Institute . Parts1,2,3 , and4give some excellent background about the Human Genome Project , DNA , howE. coli bacterium is used to store and replicate segments of human DNA , and how scientists produce the supplying that is then used for sequencing . And that last bit is what we ’re really interested in here : Howdidscientists memorise the episode of all 3.3 billion base twosome ? We ’ll let the videos do the talking .

Part 5 : Preparing DNA for Sequencing
Part 6 : sequence Reactions
Part 7 : product of Sequencing chemical reaction

Part 8 : Separating the Sequencing merchandise
Part 9 : read the Sequencing Products
Part 10 : piece the Results

Part 11 : Conclusion
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