Difference between revisions of "Genetic Engineering"
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=History= | =History= | ||
A landmark genetic engineering experiment was the 1973 [[Cohen-Boyer-Berg experiment]]. | A landmark genetic engineering experiment was the 1973 [[Cohen-Boyer-Berg experiment]]. | ||
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| + | =Topics= | ||
| + | *[[Bioreactors]] | ||
| + | *[[Genetically Modified Crops]] | ||
| + | *[[Genetic Pest Management]] | ||
=Common Practice= | =Common Practice= | ||
| − | Often a dominant marker is used to facilitate screening for transformed individuals. Fluorescent proteins such as GFP and [[RFP]] have proven successful in a wide variety of organisms. | + | There are various methods to stably introduce DNA into cells. |
| + | *[[Calcium_chloride_heat_shock_transformation]] | ||
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| + | Often a dominant marker is used to facilitate screening for transformed individuals. Fluorescent proteins such as [[GFP]] and [[RFP]] have proven successful in a wide variety of organisms. | ||
Latest revision as of 03:30, 17 July 2014
Genetic Engineering encompasses methods of modifying the genetic material of an organism. Usually this is done with a goal of being inherited in a stable fashion through the germ-line to future generations.
History
A landmark genetic engineering experiment was the 1973 Cohen-Boyer-Berg experiment.
Topics
Common Practice
There are various methods to stably introduce DNA into cells.
Often a dominant marker is used to facilitate screening for transformed individuals. Fluorescent proteins such as GFP and RFP have proven successful in a wide variety of organisms.
