加拿大温哥华论文代写:课外生活

Keywords:加拿大温哥华论文代写:课外生活

课外生活对我来说是非常令人兴奋的，我真的很享受在古尔普·普拉布(Gurpur M. Prabhu)博士手下的研究工作。我目前正在做一个DNA序列分析的项目，然后预测产生的蛋白质的功能。我们正在研究的想法是利用康威的外观，说出序列，并在DNA序列中加入它的一些特性。两者之间的第一个明显区别是Conway序列主要包含三个字符(1,2,3)，而在DNA序列中有四个字符(A, T, C, G)来处理。我首先试着看看除了这三个字符之外，是否有可能生成其他字符，例如0或4。我证明了其他字符不可能出现在原始字符串的后续字符串中，除非它出现在原始字符串本身中。康威序列的另一个有趣的性质是它的92个音频活性元素，就像普通元素周期表中的元素和化合物的概念一样，可以用这些元素形成。我目前正在编写一个程序，测试并验证这些元素的属性与真实世界元素的相似性。最近我发现，虽然化合物MgCl在现实世界中不存在(只有MgCl2存在)，但是这个化合物可以使用Conway元素形成。
加拿大温哥华论文代写:课外生活
Life outside classes has been quite exciting for me and I am really enjoying my research work under Dr. Gurpur M. Prabhu. I am currently working on a project on sequence analysis of DNA and then predict functions of the resulting protein. The idea we are working on is to use Conway's Look and Say Sequence and incorporate some of its properties in the DNA sequence. The first obvious difference between the two is that Conway's sequence contains primarily three characters (1, 2, 3), whereas there are four characters (A, T, C, G) to deal with in the DNA sequence. I first tried to see whether it's possible to generate characters other than those three, for example 0 or 4. I proved that it's not possible for any other character to appear in the successors of the original string, unless it was present in the original string itself. Another interesting property of the Conway's Sequence is its 92 audioactive elements, just like elements in the normal periodic table and the concept of compound that can be formed using these elements. I am currently working on a program which tests and verifies the similarity of the properties of these elements with the real world elements. Recently I found that though the compound MgCl cannot exist in the real world (only MgCl2 exists), this compound can be formed using Conway's elements.