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- T_arm abstract "The T-arm or T-loop is a specialized region on the tRNA molecule which acts as a special recognition site for the ribosome to allow a tRNA-ribosome complex to form during the process of protein biosynthesis.The T-arm has two components to it; the T-stems and the T-loop. There are two T-stems of five base pairs each. T-stem 1 is from 49-53 and T-stem 2 is from 61-65. The T-loop is also often known as the TΨC arm due to the presence of thymidine, pseudouridine and cytidine residues. tRNA is the only RNA species that contains the nucleoside thymidine.Organisms with T-loop lacking tRNA exhibit a much lower level of aminoacylation and EF-Tu-binding than in organisms which have the native tRNA.In Mammalian DNA, telomeric repeat-binding factor 2 or TRF2 has been found to remodel linear telomeric DNA into large T-loops.".
- T_arm thumbnail Schema_ARNt_448_658.svg?width=300.
- T_arm wikiPageID "4153106".
- T_arm wikiPageRevisionID "593119992".
- T_arm hasPhotoCollection T_arm.
- T_arm subject Category:Protein_biosynthesis.
- T_arm subject Category:RNA.
- T_arm comment "The T-arm or T-loop is a specialized region on the tRNA molecule which acts as a special recognition site for the ribosome to allow a tRNA-ribosome complex to form during the process of protein biosynthesis.The T-arm has two components to it; the T-stems and the T-loop. There are two T-stems of five base pairs each. T-stem 1 is from 49-53 and T-stem 2 is from 61-65. The T-loop is also often known as the TΨC arm due to the presence of thymidine, pseudouridine and cytidine residues.".
- T_arm label "T arm".
- T_arm sameAs m.0bl_2l.
- T_arm sameAs Q7672690.
- T_arm sameAs Q7672690.
- T_arm wasDerivedFrom T_arm?oldid=593119992.
- T_arm depiction Schema_ARNt_448_658.svg.
- T_arm isPrimaryTopicOf T_arm.
