DNA Polymerase 'reads' the template strand and synthesizes the daughter strand during DNA replication. It does not unzip or cut the template or daughter strands.
DNA Polymerase has specific functions during DNA replication, a process that occurs prior to cell division. Out of the given options, DNA Polymerase is responsible for two actions:
However, DNA Polymerase does not 'unzip' the template strand, this is the job of another enzyme called DNA helicase. Likewise, DNA Polymerase does not cut the template or the daughter strand. Thus, answers 3, 4, and 5 are incorrect.
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Answer:
A. Pharmacogenomics
Explanation:
The use of persons genetic makeup or information or genome, to select or choose the medicine and dosage of the drugs to be administered that will likely work t for that particular person is called Pharmacogenomics . This field of science combines the knowledge of how drugs work, called pharmacology, with the knowledge of the human genome, called genomics.
The aim of Pharmacogenomics is to optimize drug therapy, with consideration on the patients' genotype. Moreover it targets to ensure maximum efficiency with minimum adverse reactions. By utilizing pharmacogenomics, we have a high hope that drug treatments can veer away from the "one-dose-fits-all" approach to medication.
c. have appeared in both flasks
d. have appeared in the straight-neck but not the swan-neck flask
Answer:
C. Have appeared in both flasks.
Explanation:
Cells would have appeared in the straight-neck and in the swan-neck flask because the process of boiling water is essential to eliminate the possible microorganisms present in the broth before the experiment.
If only the microbes that were previously in the broth were heated, they would not die and keep playing
Answer:
99%
Explanation:
Less than one percent of the mass of the solar system are the planets, comets, astroids, rocks and dust. Which means that the rest of it is the sun which is over 99% of the mass of the solar system.
The Sun represents approximately 99.86% of the solar system's mass. Therefore, the closest answer among the options provided is:
The water in the ocean would have evaporated.
The water in the ocean would have undergone sublimation.
The water in the ocean would have percolated down into the soil.
The water in the ocean would have undergone evapotranspiration.
The correct answer is option A
The water in the ocean would have evaporated. Condensation was the reason for the formation of clouds and rain at that time. The temperature at that time was in the favor for the formation of ocean. Then, the ocean was formed and if the temperature could have increased soon after the oceans were formed. The water could have evaporated from the oceans.