Ribonucleic Acid Transport

Ribonucleic acids (RNA) are an important component of cells that are involved in the transfer of genetic information between cells and genetic changes within cells. One form of RNA is transfer RNA (tRNA), which plays a key role in the process of transferring amino acids to the site of protein synthesis.

Transfer RNA performs an important function in the cell. It delivers amino acids to the site where they are used for protein synthesis. Amino acids are transferred from where they are stored to where they are needed to form protein. This process occurs thanks to transfer RNA.

T-RNA is a structure of several RNA strands that form a hollow cylinder shape. Inside this cylinder there is a “cap” that holds the amino acid molecules. Each tRNA transports only one amino acid because it binds to its specific amino acid.

The transcripton process proceeds as follows. Oxygen, when attached to the respiration enzyme, uses the energy created by photosynthesis to provide nutrition to the cells' nitrogen, hydrogen, and oxygen atoms. These elements are the material for the production of protein. But carbon atoms, which are the main component of hydrocarbons, are available only in the form of inorganic compounds such as