Theoretically DNA based processors have the potential to be much faster than current silicon tecnology.
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.
Because you can not Really see DNA itself and the mode will give you a better insight on the DNA
DNA is considered a better hereditary material than RNA because it is more stable, has a lower mutation rate, and can store genetic information more efficiently.
The following are the new inventions:- 1. blue ray discs:- in the coming days blue ray DVD are going to become popular bcoz the can store about 10 to 50 gb data . 2. DNA microchips :- DNA microchips will replace the traditional silicon microchips in the coming future and will make the computing faster and reliable. Some other things include better graphics and speed in computers 3) Double processor capable mother boards 4) Water cooled systems 5) Oil submerged computers 6) Chipsets that link high performance video cards and processors together for improved performance or improved energy reduction One of the more recent developments in an actual computers component, is the development of the 45nm processor. This is a manufacturing process that allows a processor to be only 45nm thick. The previous size was 90nm and 65nm.
Yes best buy rated beats 4.4/5 and dna's 5/5
Yes. But her genes would be less in common than with either parent. Better would be mitochondrial DNA testing.
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.
Kick him in the A .... I guess .....best answer i can give you :))))))) o or PDA better than the first one ha :))))
Cold water is better for extracting DNA because it helps stabilize the DNA structure, reducing the likelihood of degradation. Additionally, cold temperatures slow down enzymatic activity, minimizing the risk of DNA digestion by nucleases that can be active at warmer temperatures. This preservation of DNA integrity is crucial for successful extraction and subsequent analysis.
Cold ethanol helps to precipitate DNA more efficiently compared to room temperature ethanol due to its lower solubility at colder temperatures. This helps to separate DNA from the solution, making it easier to isolate. Additionally, cold ethanol minimizes DNA degradation that could occur at higher temperatures.
Cold isopropanol is used for DNA precipitation because it causes the DNA to become more insoluble and allows for better precipitation of the DNA from solution. Lower temperatures help the DNA strands stick together and form a visible precipitate, making it easier to isolate the DNA from the solution.