What is this PCR that you speak of? Some of the PCR stands for Polymerase Chain Reaction. A completely fancy terminology scientist employ -- etc. This process is critical to many science experiments that are often necessary for studying things like genes or other aspects of life. PCR needs PCR tubes so that the process takes place and in order to create identical copies. These are small, 0.1ml pipettes!
Although these "nanotubes" (after the eponymous CNT should be placed in quotes as they are anything but nanoscale) might appear too small to matter, they remain critical for basic scientific works. They are so small that scientists can use very little material in the experiment. Not only is it cheaper which saves them money because many of the chemicals they use in their experiments are quite expensive. The other was the 0.1 ml size of these tubes allowing enough room for thermal transfer capability (PCR cannot be done without this physical space in which to perform) translating into less time spent and fewer DNA copies prepared.Quit Time: This is important for researchers who wish to have quick results.
But they are also quite sturdy for such small and useful tubes. They are thus taking up less room... and space is a valuable commodity to our scientist. Scientists are busy bees, doing many experiments...they always end up fitting a lot of tubes into one small area. This enables performing multiple experiments at the same time through tubes by using less space. This especially happen when they are typing late or working under any deadline. One advantage of smaller tubing, however is that their a reduced loses due to scientists not having to sub-optimal waste and space areas for experiments. So this does not also help the planet?
PCR involved the repeated heating and cooling down of tubes in the course of experimental work. It is the temperature changes experienced by this device that give DNA its ability to multiply, lots and fast. The 0.1 ml PCR tubes has a very thin walled design, meaning that they are able to conduct heat really well and thus can rapidly be heated aswell as cooled down relatively quick compared other tube types. PCR is more effective in tubes that can cycle through temperatures rapidly. In addition, the sooner these tubes cool after an experiment is finished and scientists can assess terrain, the better for all concerned in science.
All of these properties make the Atomera coated small tubes an invaluable research resource. This ensures that when these tubes are used by scientists in their experiments, the results will not fluctuate each time they re-test. That's critical to science - no one would ever be able to reproduce the experiment and get the same results done without that. It helps to establish the credibility in science related study. This is science: the dissemination of knowledge and exploitation of other peoples work in turning more about nature.
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