Answer:
the coding sections
Explanation:
non coding sections aren't considered as genes.mainly genes are translated into proteins which show our traits and general features
Exons, which are protein-coding sequences, make up eukaryotic genes. Intervening sequences called introns, which may be crucial in gene regulation but are excised from the pre-mRNA during processing, are also present.
<h3>What coding sequence is still present in the finished mRNA?</h3>
After the final mRNA is created, the process of translation involves reading a succession of codons, which are three-base sequences. The Genetic Code, an RNA code, directs how codons are read.
The regions of coding are known as material exons, whereas the intervening non-coding sections are known as introns. The mature mRNA molecule is subsequently created by a procedure known as RNA splicing, which involves removing the introns.
Nucleic acid coding sequences refer to exons.
learn more about Exons refer
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Answer:
d. BB
Explanation: The only possible phenotype would be BB because if you draw a Punnett square you see that you get BB, BB, BB, and BB so that is the only posssible genotype.
In stage 1, both birthrate and death rate are high, and the population grows slowly. Stage 1 describes the US for the early years of history. Then during Stage 2, improvements in health care, sanitation, and nutrition all people to live longer and reduce the death rate. The birthrate however, remains high during this stage so the population increases rapidly. This occurred in the US in the 1800s. Eventually, birthrate decreases to match the low death rate and the population growth slows and eventually stops. This is the US today.
