During the process of gene expression, the DNA to RNA step is known as transcription while the RNA to protein step is known as translation.
Gene expression is a process which involves the synthesis of a functional gene product by using the information present in the genes.
Transcription is a process which involves the synthesis of a RNA from the DNA. In eukaryotic cells, the transcription occurs in the nucleus whereas in prokaryotes the transcription occurs in the cytoplasm of the cell.
Translation is the process by which the RNA is converted into a protein. The translation in prokaryotic cells occurs in the cytosol of the cell whereas in eukaryotic cells, the translation occurs in the ribosomes.
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Answer:Life is a complicated twist of suffering, laughing, and learning all merging to tell a great story - or great many stories. Based on this view, "it is not the end goal or outcome of life that gives life meaning but rather the quality of the story, the quality with which one lives out and develops his or her role." At the time, this event seemed rather insignificant and did not merit remembrance. However, its catastrophic effects on my attitude that evening may have helped to mold me into the person I have become. I learned that suffering through such an event, as childish as it was, is quite necessary in any life. Such pains are part of an interminable cycle and only generate balance in one's life (p. 62, 'Life as Suffering'). Despite my horrid time spent that evening, the laughter brought since the incident is a worthy tradeoff. Laughter is an all too necessary function of life, just as suffering and the wide range of other emotions. "Some thinkers would emphasize the importance of sophistication in humor, but others would say that laughter itself is what is important." Whatever the case may be, laughter is an important ingredient in life, and must not be taken for granted nor ignored.
Explanation:
A peptide bond is formed by a condensation (water-loss) reaction between the carboxyl group of oneamino acid<span> and the </span>amino<span> group of the next </span>amino acid<span> occurring in a protein. Thus, proteins are formed by the linear </span>arrangement<span> of </span>amino acids<span> in a particular order</span>
