LYSINE SPECIFIC TRNA Meaning and
Definition
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Lysine specific tRNA refers to a specific type of transfer ribonucleic acid (tRNA) molecule that is responsible for carrying the amino acid lysine to the ribosomes during protein synthesis. tRNAs are crucial molecules in the process of translation, where the genetic code stored in DNA is used to build proteins. Each tRNA molecule is linked to a specific amino acid and acts as an adapter between the nucleotide sequence in the mRNA (messenger RNA) and the amino acid sequence in the protein.
Lysine specific tRNA, as the name implies, specifically binds to and carries lysine, one of the 20 standard amino acids used in protein synthesis. This tRNA molecule contains a specific three-nucleotide sequence, called an anticodon, that is complementary to the corresponding codon on the mRNA. The tRNA anticodon recognizes and binds to the mRNA codon during translation, ensuring that the correct amino acid (in this case, lysine) is added to the growing polypeptide chain.
Lysine specific tRNA plays a critical role in maintaining the accuracy and fidelity of protein synthesis. Its specific recognition of lysine codons and its ability to deliver the appropriate amino acid to the ribosome help ensure that proteins are synthesized with the correct sequence and functionality. Any errors or mutations in lysine specific tRNA could lead to protein synthesis errors, potentially resulting in structural or functional abnormalities in proteins.
Common Misspellings for LYSINE SPECIFIC TRNA
- kysine specific trna
- pysine specific trna
- oysine specific trna
- ltsine specific trna
- lgsine specific trna
- lhsine specific trna
- lusine specific trna
- l7sine specific trna
- l6sine specific trna
- lyaine specific trna
- lyzine specific trna
- lyxine specific trna
- lydine specific trna
- lyeine specific trna
- lywine specific trna
- lysune specific trna
- lysjne specific trna
- lyskne specific trna
- lysone specific trna
- lys9ne specific trna
