Protein synthesis occurs in two main steps, transcription and translation. What is the purpose of protein synthesis? The purpose of protein synthesis is to make proteins for the cell and for the body.

Learn about the central dogma of protein synthesis, the central dogma diagram, and how DNA is transcribed into RNA, which is translated into code to build proteins.

Learn about protein synthesis in prokaryotes and study protein translation and transcription. See why protein synthesis is different in prokaryotes and eukaryotes.

Amino acids are linked together to build a polypeptide. The translation process takes place in three steps: initiation, elongation, and termination.

What is protein synthesis and why is protein synthesis important? The process of protein synthesis serves as a method to produce proteins for the body. The process occurs in a few stages.

How Do Antibiotics Affect Protein Synthesis? The translation step of protein synthesis takes place on ribosomes formed from two smaller subunits.

Learn about the structure and function of transfer RNA with its anticodon. Examine the translation of protein synthesis and the transcription of mRNA to tRNA.

Understand what mRNA is. Discover the role of mRNA in protein synthesis and know why mRNA is important. Learn when mRNA is made and how it is produced.

What is Step 1 in protein synthesis? Protein synthesis involves two separate but sequential processes, called transcription and translation.

Learn about protein synthesis in eukaryotes. Explore what ribosomes do, the mRNA function, and study the steps of protein synthesis: transcription and translation.