METTRNA Meaning and
Definition
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METTRNA is an abbreviation that stands for "methionine transfer RNA." In molecular biology, it refers to a specific type of ribonucleic acid (RNA) molecule that is involved in protein synthesis.
METTRNA is responsible for carrying the amino acid methionine to the ribosomes, where these amino acids will be assembled into proteins. The genetic information stored in the DNA is transcribed into a messenger RNA (mRNA) molecule, which contains instructions for assembling the protein. The METTRNA recognizes the specific codon on the mRNA that corresponds to methionine, ensuring the accurate delivery of this amino acid to the ribosome during translation.
The structure of METTRNA is characterized by a cloverleaf shape, with four major arms that fold back on themselves. These arms contain regions known as stems, loops, and anticodon sequences. The anticodon region is crucial for recognizing the codon on the mRNA and pairing it with the correct amino acid. The METTRNA molecule also possesses specific binding sites that allow it to interact with enzymes and other cellular components involved in translation.
Overall, METTRNA plays a fundamental role in the synthesis of proteins by facilitating the accurate and efficient delivery of methionine to the ribosomes. Its precise structure and functionality make it an essential component of the cellular machinery responsible for protein production.
Common Misspellings for METTRNA
- nettrna
- kettrna
- jettrna
- mwttrna
- msttrna
- mdttrna
- mrttrna
- m4ttrna
- m3ttrna
- mertrna
- meftrna
- megtrna
- meytrna
- me6trna
- me5trna
- metrrna
- metfrna
- metgrna
- metyrna
- met6rna
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