For your second assignment, worth 10 points, you need to find and summarize articles describing your protein from the biochemical literature. Find information that tells us something interesting about your protein. What does it do? Does it catalyze a reaction? If so, write out the reaction (you don't need to show structures yet). What does it do for a cell or the organism? Are there diseases associated with it? If you're looking for examples, check out some of those posted in the Virtual Protein Museum, the Protein Data Bank Molecule of the Month site, or the Protein Structure Initiative Featured Molecules page.
You must find a minimum of 3 articles, at least one of which must be a primary research article (you may use review articles for the others). Then you should write a one paragraph summary of the most interesting items from the article--remember, your goal is to convince your friends and family of the beauty or amazingness of your protein. Include a link to the article in your blog post.
Where should you look?
- The Protein Data Bank page for your protein will have a link to the article linked to the structure.
- Another good place to look is the PubMed site. You can look for review articles here, too (these will be a great source of the interesting features of your protein); you can then look for a primary article from the references listed in the review. To look for reviews, select the [Limits] tab and then scroll until you find the [Reviews] tab. For further instructions on PubMed, click here.
- Highwire is another great source for articles. Once you find an article, you can also get a list of other articles that have cited it. This may also help you find reviews.
If you have selected a protein featured at either the Protein Data Bank Molecule of the Month page or the Protein Structure Initiative Featured Molecules page, you must also cite the source on your blog page.
Post here when you have finished.
http://ael22.blogspot.com/2011/03/article-summaries-on-amazing-dicer.html
ReplyDeleteAmanda Links
http://awesomepossumprotein.blogspot.com/2011/03/summary-of-my-amazing-awesome-possum.html
ReplyDeleteChelsey Knapper
http://laproteinadealex.blogspot.com/2011/03/what-this-thing-does.html
ReplyDeletehttp://laurensproteinoftheyear.blogspot.com/2011/03/assignment-2.html
ReplyDeleteLauren Bylsma
http://mhc-allison.blogspot.com/
ReplyDeletehttp://dystrophin-tylerveldkamp.blogspot.com/
ReplyDeletehttp://ejd28.blogspot.com/2011/03/little-bit-more-about-mscs.html
ReplyDeletehttp://mmh24phosphofructokinase1.blogspot.com/2011/03/interesting-research-regarding.html
ReplyDeletehttp://trprs.blogspot.com/2011/03/assignment-2_17.html
ReplyDeletehttp://divalenttransporter.blogspot.com/2011/03/publications-regarding-this-specific.html
ReplyDeletehttp://lnicole3.blogspot.com/2011/03/secret-of-life.html
ReplyDeletehttp://nitrogenaseprotein.blogspot.com/2011/03/nitrogenase-not-just-another-bosch-up.html
ReplyDeletehttp://proteinoftheyear.blogspot.com/2011/03/assignment-2-few-articles-teach-us.html
ReplyDeletehttp://malatesynthase.blogspot.com/2011/03/in-news.html
ReplyDeletehttp://alysonanneyva.blogspot.com/2011/03/vibrio-chloerae.html
ReplyDeleteDone with assignment 2
ReplyDeletehttp://bjburkhart.blogspot.com/
http://amerwood261.blogspot.com/
ReplyDeleteAmanda Erwood
http://keithvandusen.blogspot.com/
ReplyDeleteAssignment 2 complete
ReplyDeletehttp://proteinseaons.blogspot.com/
http://griffithbiochem.blogspot.com/2011/03/lysozyme-characteristics.html
ReplyDeletehttp://fibrinforme.blogspot.com/2011/03/fibrin-article-summaries.html?showComment=1301282304823#c3359759505657081629
ReplyDeletehttp://beta-3alcoholdehydrogenase.blogspot.com/2011/03/interesting-functions-of-alcohol.html?showComment=1301365532062#c734460632585528972
ReplyDeletehttp://glutaminesynthetase.blogspot.com/2011/03/summaries-of-glutamine-synthetase.html
ReplyDeletehttp://christinetimmer.blogspot.com/2011/03/assignment-2-nitric-oxide-synthase-in.html
ReplyDeletehttp://dnaligase.blogspot.com/2011/03/dna-ligase-literature-information.html
ReplyDeletehttp://dipeptidylpeptidase.blogspot.com/2011/04/deipeptidyl-peptidase-information.html
ReplyDeletetesting. . .
ReplyDeleteThe anti-freeze protein snow flea quaziracemate has a simple but unique structure. It is an 81 reside protein that is dominantly glycine rich. Its sections, numerically labeled 1-6 are split evenly by function. That is, the odd numbered sections are hydrophobic sections, which function as the ice crystal-binding site. This surprised me because I would’ve naturally assumed that the hydrophilic site would bind the ice crystals. The ice binding site is alanine rich and is structured just so, so that the ice crystal fits in place. Also, experiments have shown that the protein’s backbone structure is compromised at 25 degrees C and has trouble because of hydrogen bonding that occurs. This effect is also shown to be irreversible when the temperature is lowered again. The question is how does this species of flea keep the protein in its folded structure?
ReplyDelete1)
http://www.ncbi.nlm.nih.gov/pmc/articles/PMC2719301/pdf/nihms122408.pdf
2)
file:///Users/mowgli/Downloads/Structural%20Basis%20for%20superior%20activity%20of%20large%20isoform%20of%20snow%20flea%20antifreeze%20protein.html
3)
http://www.ncbi.nlm.nih.gov/pmc/articles/PMC1796811/pdf/1717.pdf