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In summary, protein synthesis is the process of making protein from RNA. There are two steps: transcription where DNA is copied to RNA, and translation, where ribosomes read the RNA to make proteins.
The first stage in eukaryotic protein synthesis is transcription. During transcription, an RNA copy of a strand of DNA is created. Transcription occurs in three steps: initiation, elongation, and ...
The steps of protein synthesis involve three major RNA players, which are the messenger RNA (mRNA), the ribosomal RNA (rRNA), and the transfer RNA (tRNA) molecules. The job of mRNA is to copy a ...
There are two primary steps in the central dogma. The first step is to transcribe a gene in DNA into messenger RNA. The second step is to translate the messenger RNA sequence into an amino acid ...
The process of protein synthesis serves as a method to produce proteins for the body. The process occurs in a few stages. First, the genetic code is copied from DNA in the nucleus to a molecule ...
DNA is the primary genetic material that provides instructions for protein synthesis. Protein synthesis is done in multiple steps, namely transcription first, then translation. Transcription ...
What 4 organelles are involved in protein synthesis? Genes, stored in the nucleus of the cell, hold the information needed to synthesize proteins. The organelles involved in the process of protein ...
In the translation steps, the mRNA genetic blueprints are observed by the tRNA and form amino acids. ... This is the end of the translation step, but not the end of the protein synthesis step ...
Protein synthesis involves two major steps, where mRNA is first transcribed from DNA, then then translated into proteins on ribosomes. During the process of transcription, ...
The protein synthesis definition is the process that cells use to create proteins. Proteins are the building blocks of cells and "synthesis" means to make. So, protein synthesis is the process of ...