The genetic code is used in the process of translation to convert the mRNA codons into a chain of amino acids. The RNA codon chart helps us to identify which codons specify which amino acids. Codon recognition describes the ability of codons to match with the appropriate amino acids. Good co...
Genetic Code & How to Read a Codon Chart from Chapter 9 / Lesson 7 84K Understand what the genetic code is and learn how to read a codon chart. Discover how essential genetic codon recognition is to the assembly of polypeptides. Related to this QuestionRegarding genetic enginee...
Let's read the amino acid specified by the mRNA codon, AUG, using the table at the top of the page. First, place your left finger on the first position codon (A), in the first column of the table. Move your left finger across the row under the second position codon (U) in the ...
Finally, post-transcriptionally a lncRNA can function to regulate the mRNA in several ways. A lncRNA can affect the stability of a mRNA transcript: ‘Part IV and Part V.’ Alternatively, a lncRNA can function as a miRNA sponge which indirectly de-represses the expression of a mRNA that ...
Bacteria are the only cell type classified as prokaryotic, lacking membrane-bound organelles. Most bacteria are single-celled organisms. Bacteria replicate through a process called binary fission (bi means two). Through binary fission, an asexual form of reproduction, one bacteria divides into two...
Understand what the genetic code is and learn how to read a codon chart. Discover how essential genetic codon recognition is to the assembly of...