Thin walled PCR tubes are little clear plastic tubes that biologist use in lab. These are used to do the scientific process called Polymerase Chain Reaction which for short we will call PCR. Polymerase chain reaction (PCR) is a process by which scientists make copies of a small strand of DNA. DNA is kind of a plan to make living things, so by copying it scientist can know more about life. In order to create all of these copies, scientists have also had to heat and cool the DNA with some special chemicals that aids in copying. It’s really fascinating!
So let us now find out how these awesome tubes help in better performance of the PCR process. Temperature is crucial for PCR In order for this process to occur the DNA must be heated very much, such that it separates into two parts. This is a very important step, as it allows the DNA to open up and get ready for copying. The temperature is then reduced in order for new chains of DNA to synthesized with the separated ones. The DNA is heated up and then cooled down, only to be repeated many times so the DNA gets cut into a million pieces.
Thin Walled PCR Tubes: thin walled tubes are designed specifically to heat transfer easily. The walls of these tubes are less thick than a normal PCR tube. As a result, heat gets to DNA solution inside the tubes faster and with better efficiency. If the DNA warms up more quickly then that means you will reach this reaction faster. This immediate response can offer superior outcomes and save a notable time of the scientists.
An additional great thing regarding thin walled PCR tubes is that these assist to maintain the liquid inside from vanishing away throughout the course of a PCR campaign. This is the ordinary word for it, evaporation: when a liquid becomes gas. Due to the high temperature during PCR process, a portion of liquid could be evaporate. The issue with that is, scientists want to preserve those liquids in the tubes because they are required for more accurate test results.
Thin walled PCR tubes designed to minimize this evaporation. They are designed to minimize liquid turning into gas. This mean it enrich the pcr process and make the results better. Useful for Genes, Diseases, and Forensics - Basically all of Science relies on good PCR results. Scientists need to be able to make discoveries and help people, which would not be possible if the results were all false.
The sides of thin walled PCR tubes are smooth, so the DNA will not adhere inside the tube. A smooth interior within the tube simplifies collecting DNA cleanly without loss due to adsorption. In practice, this means that they can make more DNA in each reaction and thereby the assay will work better. The graph itself is relative, so the more DNA they are able to collect with help of providers evens out any cleanliness limitations.
Lastly, we will also discuss how thin walled PCR tubes contribute to the “speed and accuracy” requirements for a scientist. If we pool together all of the nice things about those tubes – improved heat transfer, reduced evaporation and decreased lost in DNA collection- well then that makes for quicker more efficient PCR results.
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