DNA provides many potential computing advantages compared to silicon. First, silicon is a limited resource, whereas DNA will be in constant supply as long as cellular organisms exist. Because DNA is readily available, it's cheap compared to silicon. Next, "biochips" made of DNA are eco-friendly, compared to the toxic materials required to manufacture silicon microprocessors. Finally, DNA computers would be much smaller than current computers.
Today's computers are many times smaller than DNA computers.
Theoretically DNA based processors have the potential to be much faster than current silicon tecnology.
no.
genomics is the study of an entire sequence of an organism's DNA, while bioinformatics is the use of computers and data bases to organize and analyze DNA. bioinformatics makes genomics a bit easier.
high tech computers.
Quantum Computers,3g technology,latest robots,DNA computers
There actually are some esoteric computing techniques that use DNA, but there isn't anything that could be described as a DNA based robot. So far, robots are silicon based.
No. Computer viruses use lines and strings of code.
Chromosomes contain genes which are segments of DNA.
the difference between DNA and RNA AS DNA ARE DOUBLE STANDED AND RNA IS SINGLE STANDED
Junk DNA is non-coding DNA it does not code for protein.
DNA is housed in chromosomes.