Sunday, August 4, 2019
Chemistry of PNA Peptide Nucleic Acid Essay -- Biology Polymer Medical
  Abstract  For this report I chose to study PNA, or peptide nucleic acid, a biological polymer  that was related to the biomedical field of research. I was very interested in this  synthesized molecule because of its inimitable and remarkable properties, comparatively  to other nucleic acids such as the more commonly known DNA, or deoxyribonucleic  acid, and RNA, or ribonucleic acid. I also wanted to understand its uses and possible uses  in everyday life. My main goal was to learn about the structure, significance, and clinical  applications of PNA.  Essay  Imagine being able to solve problems such as cancer by just a few molecules.  Think of all of the lives that would be saved by this miracle molecule. Well, there may be  such a thing, and that too a polymer that is similar to DNA. This wonder-molecule is  called peptide nucleic acid, or PNA. PNAs can bind with high specificity to a selected  target in a gene sequence, so this makes them very significant, especially in the medicinal  and biotechnological perspectives. However, before learning how PNA is useful in that  way, it is crucial to learn about its properties and their meaning. Peptide nucleic acid is a  very special polymer that is unique in its characteristics, functions, and use in the modern  world.  3  Although PNA may not be a common household word,  it is quite familiar to molecular scientists all over the world. It  is a potent structural mimic of DNA with a pseudopeptide  backbone. This is  clearly shown by the image on the left, as the  central composition of both nucleic acids are  relatively analogous. The phosphodiester  backbone of DNA is replaced in PNA by a 2-  aminoethyl-glycine linkage. The structure of  the molecule itself is a glycine molecule with  ..              ...nant Melanoma. 27 Oct. 2006. 29  July 2008 .  [5]: Mondhe, Madhav. Figure 2. Chemical Structure of PNA & DNA. [PNA binding to  DNA]. Digital image. Madhav Mondhe. 24 Oct. 2007. 29 July 2008  .  Pellestor, Franck. PRINS and PNA Technologies in Chromosomal Investigation. New  York: Nova Science, Incorporated, 2006.  [4]: Vocke, Eric, Everardo Macias, and Virginia Evans. PNA Triplex Ball and Stick.  Digital image. DNA Triplexes. 29 July 2008    gcntrl.html#location>.  [3]: Vocke, Eric, Everardo Macias, and Virginia Evans. PNA Triplex Black and White.  Digital image. DNA Triplexes. 29 July 2008    gcntrl.html#location>.                      
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