Answer:
A flat bone
Explanation:
Intramembranous ossification is the process of bone development from fibrous membranes. It is involved in the formation of the flat bones of the skull, the mandible, and the clavicles.
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.
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Answer & explanation:
Mountains are large formations of land at high altitudes, where conditions are often difficult. For example, cold weather and food shortages.
In the highest areas of the mountains, animals such as vultures, eagles, hawks and other birds of prey usually prevail.
In addition, it is common for the sides of the mountains to be covered with forests. In these areas it is possible to observe the predominance of animals such as moose, goats, sheep, skunks, llamas and lynx. This group has good climbing skills and manages to stay in the side of the mountains and in some high areas (not as high as the previous group).
Meanwhile, in the lower parts of the mountains, where the forest is denser, it is possible to observe the predominance of snakes, wolves, marmots, foxes, etc.
Answer:
DNA was discovered in 1869 by Swiss researcher Friedrich Miescher, who was originally trying to study the composition of lymphoid cells (white blood cells). Instead, he isolated a new molecule he called nuclein (DNA with associated proteins) from a cell nucleus.
Explanation:
Valence electrons can be found by determining the electronic configurations of elements. Thereafter the number of electrons in the outermost shell gives the total number of valence electrons in that element.