
Ribosomal RNA | Definition, Synthesis & Location - Study.com
Define ribosomal RNA. Learn rRNA types, locations, and roles in protein synthesis. Understand inference of rRNA gene sequences in taxonomy and...
Video: Ribosomal RNA | Definition, Synthesis & Location - Study.com
Examine ribosomal RNA in our detailed video lesson. Know its function in protein synthesis and its importance in phylogenetics, then take a quiz for review.
Ribosomes | Definition, Structure & Function - Lesson | Study.com
Ribosomes are intercellular structures involved in the process of protein synthesis, called translation. They are made up of multiple proteins and ribosomal RNA. It contains two …
Nucleolus | Definition, Function & Location - Lesson | Study.com
The rRNA is transcribed from rRNA genes that are clustered together on a chromosome. The rRNA and proteins of each subunit of the ribosome associate at the nucleolus.
Nucleus vs. Nucleolus | Function, Structure & Anatomy - Study.com
Learn the differences in structure and function of the nucleus vs. nucleolus. Understand nuclear pore structure and the function of RNA in the nucleus.
Nucleus | Definition, Structure & Function - Lesson | Study.com
Study the nucleus definition and learn about the nucleus function. Explore a nucleus diagram to see where the nucleus is located and see the...
Site of Protein Synthesis | Overview, Process & Importance
Learn about the site of protein synthesis in the cell. Get a brief overview of what a protein is and understand the complete mechanism of protein synthesis.
Anticodon Creation, Translation & Example - Lesson | Study.com
The process that happens during translation will be discussed. Understand where the anticodons are located and how DNA codes for mRNA and mRNA codes tRNA.
Adenine, Thymine, Guanine & Cytosine | Overview & Pairing
Learn about the DNA bases adenine, thymine, guanine, and cytosine. Discover which bases pair with each other, known as DNA complementary bases and...
RNA in Protein Synthesis | Role, Types & Importance - Study.com
RNA is necessary for protein synthesis. mRNA copies the cell's genetic code from DNA. rRNA generates ribosomes. tRNA assembles and links together amino acids to form a protein.