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Ribosomes are microscopic structures within living cells that convert genetic code into an amino acid sequence. They are also responsible for converting amino acid monomers into more complex structures called polymers. Ribosomes function primarily in the cell's cytoplasm.


Ribosomes are composed primarily of ribonucleic acid and proteins. They are responsible for the translation of genetic data from amino acids into simpler proteins for use in cell functions.


Ribosomes are responsible for protein synthesis in a cell by translating messenger RNA, or mRNA, into amino acid chains. Ribosomes exist in the cell's fluid component and are bound to the rough endoplasmic reticulum.


Ribosomes join amino acids to synthesize proteins for the cell. Free ribosomes exist in the cell's cytoplasm, and bound ribosomes are part of the rough endoplasmic reticulum.


In the cells of eukaryotic organisms, the subunits that will become ribosomes are produced within the subnuclear structure called the nucleolus, and the subunits then combine in the cell's cytoplasm to become functioning ribosomes. Because the ribosomes are the protein manufacturers of a cell, the s


In eukaryotes, organisms that have nuclei, ribosomes are produced within the nucleolus of a cell. The nucleolus is located within the cell's nucleus, where most of a cell's genetic information is stored.


The two types of ribosomes are free ribosomes and bound ribosomes. The classification of the ribosome depends on where it is located within a cell. Both types serve different functions.


A ribosome plays a vital role in protein synthesis, a process by which proteins are produced from individual amino acids. A ribosome is a cytoplasmic granule consisting of RNA and protein. Ribosomes are one of the requirements for the protein synthesis to take place. A ribosome is a tiny particle co


Ribosomes play an important biological role in the task of protein synthesis. Ribosomes essentially act as messengers to receive and transmit critical information. Without them, cell messages would not be read and reproduction of proteins would not take place.


According to Nature, viruses do not have ribosomes. Therefore, they cannot form proteins from messenger RNA; this is why viruses must have host cells in order to replicate. Biology 4 Kids indicates that viruses also lack nuclei and mitochondria. Cytoplasm is missing from some viruses, as well.