Answer:
The heat sensitive polymerase would be denatured resulting in formation of little or no PCR products.
Explanation:
PCR is a technique that forms multiple copies of a small DNA sample. For the purpose, the DNA sample is exposed to very high-temperature conditions (around 95 degrees C) to facilitate the denaturation of DNA helix. These high-temperature conditions denature enzymes such as heat-sensitive DNA polymerases. Therefore, no or very little DNA molecules will be formed by the end of the process as the denatured DNA polymerase would not be able to extend the primers.
To avoid these conditions, heat-tolerant Taq polymerase is used in PCR which can withstand the extremely high-temperature conditions of PCR.
Answer:
True
Explanation:
Because the M phase which is mitosis that's where the cell divides and the phase of mitosis is: Prophase, Metaphase, Anaphase, Telophase and cytokinesis.
Murder is the only thing that an autopsy doesn't specifically give information about. An autopsy can report if the manner of death was a homicide; however, it does not give specific information about the murder.
Autopsies are performed to determine cause of death and manner of death(natural, murder, suicide), and will give an estimated time of death usually determined by the temperature of the body. The human body drops about
1.5°F (0.83°C) every hour after death until room temperature. This temperature dropping period is called algor mortis and allows pathologists to determine and aproximate time of death during the autopsy process.
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A phytoplankton population would be affected by these changes by increasing the population of the phytoplankton. Low temperature of the ocean would allow for the phytoplanktons to bloom or reproduce. Therefore, high temperatures would slow down growth. This is because when water is warm there would be less mixing between the water layers and the nutrient rich water.
Answer:
they are comer than their surroundings.
Sunspots are cooler because their magnetic fields inhibit the replenishing of heat from convective flows (due to the interaction between plasma and magnetic fields). This allows them to cool radiatively. The rest of the solar surface is constantly being replenished by convective cells that reheat it.
