Short Answer is: amino acids.
The process in which RNA forms Protein is called Translation. The protein is formed on spherical organelles called ribosomes.
Ribosomes have two subunits, each composed of rRNA and proteins, the small unit and large subunit are both composed of Rna. The large subunit has three functional sites, P (peptidyl site), A (amino-acyl site) and the third catalyzes formation of the peptide bonds.
A Codon is a three-base sequence in mRNA that causes the insertion of a particular amino acid into a protein, or termination of translation.
An anti-codon is is a three-base sequence in a tRNA molecule base that pairs with a complementary codon in mRNA. tRNA with specific anticondon can carry a specific type of amino acid. Each amino acid is matched with correct tRNA by enzymes called amino-acyl tRNA synthatase. There is a whole family of these enzymes, one for each amino acid.
The translation completes in these steps: initiation,elongation and translocation.
Initiation: The small ribosomal subunit assembles on start codon AUG.
Elongation: it also has three steps:
(a)Codon recognition: tRNA with anticodon UAC and carrying the amino acid, binds to the codon.The tRNA is in the P site of large ribosomal subunit. The A site is available for the 2nd tRNA with anticodon, complementary to the next codon of m RNA.
(b)Peptide bond formation: The amino acid is carried by the 2nd tRNA and peptide bond is formed between it & new amino acid.
(c)Translocation: The 1st tRNA leaves the P site and 2nd tRNA moves to it, still bound to mRNA. Now the A site is again available for next tRNA. This process of polypeptide chain elongation continues until a stop codon is reached.
Termination: A release factor binds to the A site. It carries no amino acid but facilitate the release of the polypeptide, the ribosome and tRNA from the mRNA.
A protein called RNA polymerase is usually found in the nucleus where it transcribes DNA into RNA. Once transcribed, the RNA molecule moves into the cytoplasm where it can be translated into a protein by ribosomes.
RNA is found in the nucleus, where it is transcribed from DNA, as well as in the cytoplasm where it plays a role in protein synthesis. Additionally, RNA can be found in other organelles such as the mitochondria and chloroplasts where it is involved in specific cellular processes.
Messenger RNA (mRNA) carries genetic information from the nucleus to the cytoplasm. It is transcribed from DNA in the nucleus and then carries the instructions for protein synthesis to the ribosomes in the cytoplasm.
Messenger RN is the RNA that transports information from DNA in the nucleus to the cell's cytoplasm. Its main function is transporting information from the DNA to the nucleus of the cytoplasm of the cell.
RNA is found in the nucleus and cytoplasm of cells. In the nucleus, RNA is involved in processes such as transcription, while in the cytoplasm, RNA is involved in protein synthesis through translation.
Cytoplasmic Rna - cRna.
Messenger RNA (mRNA) is the type of RNA that is transcribed in the nucleus and then travels to the cytoplasm for protein synthesis.
messenger rna
m-RNA copy the information through transcription.Then m-RNA comes to cytoplasm.
In prokaryotic cells, DNA and RNA are both found in the cytoplasm. In eukaryotic cells, DNA is typically restricted to the nucleus and RNA is mostly in the cytoplasm.
Rna moves from nucleus to the cytoplasm!
rRNA (ribosomes) are in the cytoplasm along with tRNA
Transfer RNA or tRNA.
RNA transcribed in nucleus and transported to cytoplasm for protein synthesis. RNA normally transcribed from DNA at cell nucleus and not translated. It can translates protein if there is a message in coded, in cytoplasm.
cytoplasm
the cytoplasm grows by copying the DNA or RNA and spliting to make 2
RNA is found in the cytoplasm, where the ribosomes can come and translate it into protein