Nucleosomes. They make a few large and a few small Rna subunits of Ribosomes, and it now turns out that many hundreds of very-small Rna co-factors are also produced and exported to the cytoplasm to assist and partake in ribosome assembly and function.
The other type of newly studied small Rnas are the small nuclear (sn) Rnas that remain within the nucleus to affect gene repression and expression each in its own individual way. {Personally it seems that repression is more necessary (or, the Norm) for proper Cell functioning than expression.}
Dense area within the nucleus which makes ribosomal subunits is called the 'nucleolus'. It is made up of the 'nucleolar organising regions' of some chromosomes along with certain ribonucleoproteins(RNPs). Ribosomal RNA and RNPs combine to give ribosome subunits which are transported out of the nucleus into the cytoplasm and assembled to form functional ribosomes during protein synthesis.
Nuclelous
Nucleosus
Nucleoli
Nucleolus
nucleolus
nucleoli
The nucleus sends instructions to the ribosomes for protein synthesis.
The center of a nucleus is a nucleolus, which stores the DNA/information.
Ribosomes put together amino acids to make protein.These proteins are transported to golgi .Then packs into secretory vesicles to transportation
The organelles covered in ribosomes are the rough endoplasmic recitillium.
The nucleus controls activities like protein synthesis, gene action, cell division, and metabolic rate. Ribosomes direct protein synthesis. Rough ER transports materials within the cell and stores molecules. The materials from the ER pass through the Golgi apparatus to exit the cell. And the phospholipid membranes of empty vesicles contribute to the renewal of the plasma membrane.
The nucleolus
nucleolus
Nucleolus
it is the nuceolus
it is the nuceolus
nucleolus
nucleolus.
I believe that would be the nucleolus.
This would be called the nucleolus
I believe that would be the nucleolus.
I believe that is the Nucleolus. Thats what i was always taught.
This is probably a nucleolus, one or more of which are in every nucleus.