The sequence is a small part of a gene that codes for a protein

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mRNA strand attaches to a ribosome; tRNA ..

The main stages of protein synthesis are transcription and translation.

protein synthesis - from mRNA to protein - chemguide

Translating the code into an actual protein chain is complicated by the fact that individual amino acids won't interact with the messenger RNA chain. The amino acids have to be carried to the messenger RNA by another type of RNA known as transfer RNA - abbreviated to tRNA (as opposed to mRNA for messenger RNA).

Translocation of tRNA during protein synthesis - …

It is important to note that the tRNA is reused and collects another specific amino acid. Once the protein has been mRNA may move to another ribosome to make a further protein or it can be broken down into free nucleotides to be reused.

Function of tRNA in protein synthesis? | Yahoo Answers

Once in the cytoplasm, mRNA strands attach to ribosomes, on which translation occurs. In biology, translation is the conversion of the linear message encoded on mRNA to a linear strand of amino acids to form a polypeptide, or a protein. (A is two or more amino acids linked by a peptide bond).

What Are the Functions of mRNA & tRNA? | Sciencing

Messenger RNA (mRNA) is a mature, copy of a gene that describes the exact sequence in which amino acids should be bonded together to form a protein. Transfer RNA (tRNA) molecules are responsible for picking up particular amino acids and transferring them to the ribosomes for assembly into polypeptides. Each tRNA molecule contains a triplet nucleotide sequence that can base-pair with a codon on the mRNA. This triplet nucleotide sequence on tRNA that is complementary to the codon of mRNA is called an anticodon. Ribosomal RNA (rRNA) is used in the manufacture of ribosomes where mRNA and tRNA come together in the synthesis of proteins.

In addition to mRNA, ribosomes, and specific tRNA ..

Genes within the nucleus of human cells determine the characteristics of each cell and ultimately, the characteristics of the entire organism. It is critical to recognize that genes are responsible for coding for specific structural and regulatory proteins. These proteins form the foundation for cellular function and include, for example, receptors, channels, and enzymes.

12. mRNA, tRNA and rRNA Synthesis Flashcards | Quizlet

The genetic material making up genes is composed of deoxyribose nucleic acid (DNA). DNA has several properties that enable it to function as genetic material; it is able to (1) direct the synthesis of copies of itself (replicate itself), (2) store information that directs protein synthesis, and (3) direct the synthesis of structural and regulatory proteins. DNA is composed of nucleic acids. Therefore, appreciation of the structure of nucleic acids and DNA, and the process of protein synthesis are essential prerequisites to the understanding of control of cellular activity, drug action, and various disease processes.

What is the role of tRNA in protein synthesis

DNA transcription is the process of making a single strand complementary RNA copy of DNA. Data is copied from the DNA to the RNA with the aid of the enzyme RNA polymerase. Using this process, the genetic information stored in the DNA is carried in the form of RNA to other parts of the cell. In eukaryotic cells a gene begins with a promoter region and an initiation code and ends with a termination code. However, the intervening gene sequence contains patches of nucleotides that have no meaning. If they were used in protein synthesis, the resulting proteins would be worthless. Eukaryotic cells prune these segments from the mRNA after transcription. RNA polmerase synthesizes a strand of pre-mRNA that initially includes copies of the meaningful mRNA coding sequences (exons) and the meaningless mRNA coding sequences (introns). Soon after its manufacture, this pre-mRNA molecule has the meaningless introns clipped out and the exons spliced together in the final version of mature mRNA