Answer: Exons
Explanation:
In eukaryotic cell the primary transcript are very long the contains coding region (exons) and non coding region (introns)
The parts of the gene sequence that are expressed (coding region) in the protein are called exons, because they are expressed, while the parts of the gene sequence that are not expressed in the protein are called introns, because they come in between the exons.
Intron is a portion of a gene that does not code for amino acids. These Intron sequence are cleaved out and exons are spliced (I. E combine together) to form the mature mRNA molecule.
Exons are the mRNA parts that are kept and used to make protein.
Answer:
<u>Summarized data</u>
Explanation:
A data summary provides a comprehensive report of experimental findings. This makes the analysis of data easier by answering key research objectives outlined in the experimental procedure.
Also, summaries allow for tracking trends and procedural changes, observations and potential limitations; this makes arriving conclusions much easier.
Answer:
Deprivation, competition for jobs, commodities and housing etc are the causes of xenophobia.
Explanation:
There is a great xenophobia occur in South Africa because of many causes such as deprivation, competition for jobs, commodities and housing etc. Xenophobia is refers to hatred of local people against people belongs and come from other countries. xenophobia attacks occur in South Africa in the year 1994 and 2008 in which immigrants faced discrimination and violence in South Africa that leads to the death of many people.
<h3>Hello there i hope you are having a good day :) Question : Which celestial objects are left over from the early solar system and did not form into planets? A. Saturn rings B. Jupiter’s moons C. Pluto and Charon D. Asteroids = The answer would be D. Asteroids as so the Asteroids belt did not form a planet because the asteroids do not have enough mass. Therefore the cannot create enough gravity necessary to form a planet.</h3><h3>Hopefully this helps you.</h3>
The monoglyceride molecule contain more energy than a glucose molecule because monoglyceride requires more oxygen for each carbon atom because there are more electrons surrounding each carbon in monoglyceride. Therefore, to oxidize monoglyceride more oxygen having high affinity for electrons, are required. Thus, monoglyceride produces more energy.
