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What is another word for Suppressor Transfer RNA?

Pronunciation: [səpɹˈɛsə tɹˈansfɜːɹ ˌɑːɹˌɛnˈe͡ɪ] (IPA)

Suppressor Transfer RNA, also known as suppressor tRNA, refers to a specialized type of transfer RNA that can recognize so-called "nonsense" codons in mRNA sequences. These tRNAs have the unique ability to suppress or bypass the termination of protein synthesis, therefore allowing the translation process to continue. Suppressor tRNAs are essentially able to insert an amino acid at the premature stop codon, compensating for the faulty instructions present in the mRNA. As a result, they play a crucial role in maintaining proper protein production and can correct genetic mutations that would otherwise lead to serious functional impairments. Such substitution tRNAs are vital in understanding genetic diseases and exploring potential therapeutic strategies.
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What are the opposite words for Suppressor Transfer RNA?

Suppressor transfer RNA is a vital component in the protein synthesis process. It plays a crucial role in suppressing the effects of certain mutations in the genetic code. However, sometimes it may be necessary to find antonyms or opposing terms to "suppressor transfer RNA" depending on the context. Antonyms or opposite terms for suppressor transfer RNA could be something like activator or accelerator transfer RNA, which may promote the translation and synthesis of proteins. In contrast, suppressor transfer RNA does the opposite by inhibiting or blocking the translation of specific DNA sequences that may contain genetic errors. Understanding antonyms for suppressor transfer RNA can help in advancing the knowledge of gene regulation and protein synthesis.

What are the antonyms for Suppressor transfer rna?

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