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What you'll
need: The DNA sequence is pretty long, about 6.9 gigabits, so have lots of notepaper handy. Let's
get started! Every cell in your body has all the DNA needed to make you, even your spit. If you want you could get some sort of tissue sample from someone else, but who cares about them? Let them map their own genome! Sequencing DNA first means cloning DNA fragments from a cosmid or bacteriophage library into sequencing vectors that carry shorter pieces of the original fragments. Combine your tissue sample with some kind of bacteria or simple organism, like bread yeast--bread machine yeast is perfect--to create a huge clone army of your spit. Ask mom if you can borrow a Tupperware container to breed your sample in. After being introduced into the host cells, the DNA fragments can then be reproduced along with the host cell DNA. This is why you want to use the kitchen sink and rubber gloves. Now aren't you glad you're doing your genome and not someone else's? The next step is to make the cloned fragments into sets of fragments differing in length by only one nucleotide, so that the base at the end of each successive fragment is detectable after the fragments have been separated by gel electrophoresis. You better use some paper towels to absorb any extra materials. Once completed you'll have a genomic library--a set of overlapping DNA fragments encompassing an entire genome, your genome! What's
next?
DISCLAIMER: Kent's column is intended for amusement purposes only.
Never eat experimental lab animals, never stick your head into a microwave
transmitter, and never handle nuclear waste without a good set of oven
mitts. |
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