What is a Senior Research Project?

At BASIS Tucson, seniors have the chance to propose an independent research project that takes place off campus during the last trimester of the year. The seniors whose proposals are accepted write their own syllabi and then head off into the world, to a site where they conduct their research while interning with a professional in the field. Those of us stuck on campus follow their adventures on this blog. Now that the projects are over, we are all excited to attend their presentations. The schedule is as follows:

Wednesday, May 11, 6-8 PM
at the U of A Poetry Center (environmentalism projects)
Sierra Cordova, Nicole Rapatan, Zobella Vinik and Dany Joumaa (see titles of projects, below)

Saturday, May 14, 10-12 AM
at The Loft Cinema (arts projects)
Clarice Bales, Samone Isom, Josh Waterman and Angelynn Khoo (see titles of projects, below)

Monday, May 16, 6-8 PM
at BioSciences West, Rm. 310, U of A ( U of A projects)
Joseph Tang, Jayanth Ganesan, Andrew Graham and Gabriel Carranza (see titles of projects, below)

Tuesday, May 17, 6-8 PM
at U of A McGuire Center for Entrepreneurship, Blg. MCLND, rm. 207 (travel abroad projects)
Clover Powell, Greg Spell, Agustin Temporini and Margarita Sadova.

We'd love to see you there!



The BASIS Tucson Class of 2011 Senior Research Project bloggers (with the titles of their projects) are:



Clarice Bales: "Narrative and Film"



Sierra Cordova: "The Intent and Application of Environmental Policy"



Clover Powell: "The Artistic Interpretation of the Biological Sciences"



Greg Spell: "Micro-venturing in Guatemala"



Agustin Temporini: "A Study of the Role of the Press in 1960's/70's Argentina"



Gabriel Carranza: "Analysis and Research on Drugs associated with Torsades de Pointes"



Dany Joumaa: "Innovations in Display Technology: Synthesis of Organic Luminescent Materials Compounds"



Joseph Tang: "The Creation and Project of 3D Holograms"



Jayanth Ganesan: "Research of Game Thoeretic Models in relation to Non-Market Games"



Andrew Graham: "The Malaria-Resistant Mosquito"



Samone Isom: "Art and Artist: in peril of Devaluation?"



Angelynn Khoo: "Mousa, Mouseion, Museum: MOCA Tucson"



Nicole Rapatan: "Sustainable Architecture and Design in Modern Times"



Margarita Sadova: "Pulmonology at St. Joseph's Hospital"



Josh Waterman: "The Fiery Crossroads of Artistic Value and Financial Success in the Independent Film Industry"



Zobella Vinik: "Environmental Psychology with the Drachman Institute"







Enjoy the Blog!



















Friday, February 25, 2011

Clover Powell's SRP

This week has been quite slow, and it isn't helped by the fact that there was one day with sun, and it lasted about 3 hours. Yeah, weather in France is like that.

Apart from that, it has been mostly drawing, and learning about very specific proteins and how prokaryotes perform DNA replication. It really is not very different from eukaryotic DNA replication, but I'll explain it anyways. As we all know, prokaryotic DNA is circular, and there is one point of origin, where DNA replication is started. At this point, there are four binding sites where a protein called DnaA binds. This protein, when it binds on the site, helps twist the DNA, forming a very tight loop. This in turn creates a force that slightly rips the bonds fromed in between the bases, and this is where DnaB, otherwise known as helicase (ha, scared you guys, didn't I? Its commonly called DnaB here in the lab.) can start to do what it was made to do. Unzip those genes! Also, a protein, called DnaC, escorts the enzyme DnaB to the spot of the rip. Once the helicase has begun to open the DNA, special proteins called SSBs, or Single Stranded Binding proteins, which protect the DNA from getting digested by enzymes called Dnase. These enzymes are put there to digest foreign single stranded DNA, but given the chance, they will apparentely digest their own DNA too, if the two single strands are left without protection.
After this, enzymes called DNA pimase synthesize and put in place a small piece of RNA, called a RNA primer, that allow DNA polymerase to come in and copy the DNA. After the DNA is copied, the RNA primer is switched out with DNA, and all the little pieces of DNA are bound together by DNA ligase. Of course, the explinqtion of this process can get much lore complicated than that, but I have all the info I need now!
Because I finally know all the major players in DNA replication of a prokaryote, it makes the development of the characters that conincide much easier to make. As soon as I've finished this step to my satisfaction, I can begin storyboarding and making the comic! Its something I can't wait to do, but that I have to take time to do. If I don't, I know that I will have a ahrder time making the comic and delivering a finished product that I am satisfied with!
Other than that, I have been living the city life well. Last night, I hung out with my aunt and uncle and we went out to eat and hit a few bars. It was very fun, but I can say that I'm reaping the 'benefits' of only sleeping seven hours.
Until the next post! Good day, Cleandro AKA Man of Honor.

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