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Optimization of Protein Stability for WT.aP2-TLE3.Tg at 4°C Temperature Conditions

This study investigates the stability and behavior of the WT.aP2-TLE3.Tg protein under various temperature conditions, specifically at room temperature (RT) and 4°C. Understanding how this protein stabilizes at lower temperatures can enhance its applications in biochemical research and industrial processes. The exploration focuses on the protein's conformational stability, dimerization, and post-translational modifications. We aim to provide insights that can lead to improved techniques for protein preservation and functionality in various scientific applications.

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Optimization of Protein Stability for WT.aP2-TLE3.Tg at 4°C Temperature Conditions

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  1. WT aP2-TLE3 Tg RT 4°C RT 4°C

  2. WT aP2-TLE3 Tg RT 4°C RT 4°C

  3. WT aP2-TLE3 Tg RT 4°C RT 4°C

  4. WT aP2-TLE3 Tg RT 4°C RT 4°C

  5. WT aP2-TLE3 Tg RT 4°C RT 4°C

  6. WT aP2-TLE3 Tg RT 4°C RT 4°C

  7. WT aP2-TLE3 Tg RT 4°C RT 4°C

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