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The other morning (1/23/08) I read an [http://www.sciencedaily.com/releases/2008/01/080118101931.htm article] detailing the potential for using highly charged water ions propelled via electrospray to facilitate the entry of genes into a variety of cell types. The key term here was ''cheap'' (given that I am working off of an undergraduate budget), so I will look into this further and see if anything can be made of it. Quite exciting, considering it may provide me with a topic to cover this Appropedia project, a new avenue for undergraduate research, and material for my senior project! | The other morning (1/23/08) I read an [http://www.sciencedaily.com/releases/2008/01/080118101931.htm article] detailing the potential for using highly charged water ions propelled via electrospray to facilitate the entry of genes into a variety of cell types. The key term here was ''cheap'' (given that I am working off of an undergraduate budget), so I will look into this further and see if anything can be made of it. Quite exciting, considering it may provide me with a topic to cover this Appropedia project, a new avenue for undergraduate research, and material for my senior project! | ||
Now that I have begun to consume the literature involving | Now that I have begun to consume the literature involving electrospray technology, I am cautiously optimistic that it could prove to be a very applicable and versatile technology to implement cheaply in a variety of settings. As such, I will be moving much of my future research in this area to the Electrospray project page, where I will continue to document what I find. | ||
===Search Log=== | ===Search Log=== |