I'm answering this as 'What would happen to an animal that does not have ribosomes?' Ribosomes are the main site for DNA translation, where the genetic code (held in DNA) is translated into a sequence of amino acids. Three 'bases' or segments in the DNA molecule code for one amino acid. The amino acids then join together to form proteins, the building blocks of life. Therefore, if there were no ribosomes, no proteins would be produced and, therefore, the animal would quickly die. I'm not sure if there are any animals which do not have ribosomes, and have worked out another way to synthesise DNA...
Ribosomes produce proteins. In a zoo, ribosomes would most likely be a food vendor.
Ribosomes are responsible for protein synthesis in animal cells. They read messenger RNA sequences and assemble amino acids into specific proteins according to the genetic code. This process is essential for cell growth, repair, and functioning.
The animal that preys upon that species would grow fatter, and produce more young.
Animals can attack after they have become spooked. They can also stress and cause a stampede.
What can happen to animal cells when placed in a hypotonic solution explain
It would die because it wouldn't be able to make the proteins necessary for its structure and its function.
Ribosomes are responsible for protein synthesis.If they are absent it affects the protein synthesis,which indirectly effects health.Therefore victims suffer from malnutririon such as Marasmus,Kwashiorkor.
This cannot possibly happen, so asking what would happen if it did happen is an exercise in stupidity.
There would be no protein synthesis.
Ribosomes in a animal cell are the color of brown.
Ribosomes are in both plant and animal cells.
the correct amino acids won't be transfered to the ribosomes and the protein synthesis would fail. PLATO says so.
Ribosomes are, in fact, in both plant and animal cells.
Ribosomes are where proteins are created.
Ribosomes are where proteins are created.
the synthesis of enzymes would stop
There are free ribosomes in a plant and animal cell.