The research paper DNA Computing Final Sem Paper Download talks about DNA Computing as the breakthrough research in the domain of Computing. The world always changes sooner than later. If there is anything that is constant in the ever expanding field of technology it is ‘Change’.
There has been a time when the silicon microprocessor held the world in its grip. The capacity of the chip has been increasing day after day. Computer scientists are envisaging something almost miraculous that could happen within the domain.
Not until the year 1994 when Adleman a Computer Scientist working at the University of South California thought of replacing the traditional binary elements required for coding with the nucleotide sequence of DNA- the Deoxyribo Nucleic Acid. The double helical structure of DNA is bound to the nucleotide sequences which follow a pattern, Adleman.
Adleman also solved the problem the world was speculating named the ‘Hamilton Pathway problem’. The world was also awaiting a proper solution which Adleman ingeniously developed in his laboratory within a test tube. A DNA strand was allowed to recombine into all the possible sequences. Each sequence was considered the distance between the two cities. There were seven possible solutions given to the problem each without a repetition. The problem posed that the salesman was supposed to travel between the shortest routes possible between 7 places not repeating even one. The solution DNA gave astonished the world and there has been no looking back ever since.
There were seven possible solutions given to the problem each without a repetition. The problem posed that the salesman was supposed to travel between the shortest routes possible between 7 places not repeating even one. The solution DNA gave astonished the world and there has been no looking back ever since.
Conclusion: DNA Computing could do what a Super Computer could. DNA Computing is said to be more effective in terms of data storage and computing.
The world has every need to look forward to this tear drop sized computer whose performance will be restricted to a test tube. The disadvantages posed are the unnecessary chemical reactions that might impede the speed of the processes and manual assistance without which DNA computing at the moment is not possible.