These are primarily responsible for the synthesis and utilization of the amino acids found in proteins. Synthesis and utilization are based on how amino acids are arranged and how as specific the instructions are from the DNA.
Ribosomes are found in the cells central cytoplasm. However ribosomes may be scattered in other parts of the cells such as the reticular membrane and the cell wall. Other ribosomes may attach and lodge to the mitochondria.
Ribosomes found in the central cytoplasm and those found in other cell parts are similar in structure however, they differ on how they configure the amino acids of proteins.
When we talk of ribosomes function, the main thing they do is that they arrange the strands of the amino acids for use of the other parts of the cell and ultimately the body.
When these strands of amino acids are finally arranged they are sent to the DNA and the RNA for he final processing period and then it is distributed throughout the body to convert other specific substances into energy that the body can use.
The process is very precise and the most little of alterations can completely change the amino acids' arrangement and may render them useless and ineffective once released throughout the whole body. That is why, the role that ribosomes perform are very important because they are the ones that ensure such precision.
Furthermore, the amino acids that these ribosomes help arrange and synthesize also helps the cytoplasm and cell wall to be more permeable to amino acids and other nutrient, thus making the cell healthier and more up tuned for the demands of everyday living.
The primary function of the ribosome is very important. After the discussion above, I think it is very clear that without the ribosome the cell's full function cannot be attained.