Our topic is DNA Computing, an exciting new field where scientists are exploring the computational
		power of biological molecules, in particular Deoxyribose Nucleic Acid, the basic molecule of 
		genetic expression. Whereas a conventional computer represents information on silicon chips as a 
		series of zeroes and ones, and manipulates the information by performing mathematical computations
		on them, a DNA computer represents information as a pattern of molecules in a strand of DNA .That 
		information is manipulated by subjecting it to “precisely designed chemical reactions that may mark 
		the strand, lengthen it, or even destroy it” (Kierman). Here my main purpose would be to look into 
		the history and theory behind DNA computing and its future potential.