Full Form of TψC Loop in tRNA:
The full form of TψC loop in tRNA stands for Thymidine, Pseudouridine, and Cytidine loop. It is a structural element found in transfer RNA (tRNA) molecules.

Explanation:
- Thymidine (T): Thymidine is one of the nucleotides present in the TψC loop of tRNA. It plays a role in stabilizing the loop structure and ensuring proper tRNA folding.
- Pseudouridine (ψ): Pseudouridine is a modified nucleoside that is commonly found in the TψC loop of tRNA. It is important for maintaining the stability of the loop structure and influencing tRNA function.
- Cytidine (C): Cytidine is another nucleotide present in the TψC loop of tRNA. It contributes to the overall structure and stability of the loop.
- Function: The TψC loop in tRNA is involved in the recognition and binding of amino acids during protein synthesis. It helps in the accurate translation of the genetic code from mRNA to protein.
- Importance: The TψC loop is crucial for the proper folding and functioning of tRNA molecules. It ensures that tRNA can accurately deliver the correct amino acid to the ribosome during protein synthesis.
In conclusion, the TψC loop in tRNA plays a significant role in protein synthesis by facilitating the accurate recognition and binding of amino acids. It is a key structural element that contributes to the overall functionality of tRNA molecules.