Gln isothermal simulations [0.6-1.40]
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Simulation data of computational analysis of tRNA thermal stability <br> The simulations assessed global tRNA stability and pairwise contacts between ribonucleotide residues. Acceptance or rejection of simulation moves followed the Metropolis criterion, influenced by the temperature parameter (T). Higher T increased the likelihood of accepting higher-energy states, allowing broader exploration of conformational space. Lower T prioritized lower-energy states, narrowing exploration. The simulations covered T values from 0.6 (maintaining the folded structure) to 1.4 (the rapid unfolding of tRNA).
创建时间：
2023-06-22
