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Characterization of Prp43.H218A Mutant and Its Impact on Ribosomal Protein Interactions

This study investigates the properties and biological implications of the Prp43.H218A mutant. By examining its interactions with ribosomal components such as DFR1, RPL17B, and RPS10B, we provide insights into its unclear effects due to background complexities. The research highlights the roles of various proteins, including SPP382 and DBR1, in managing the function of Prp43.H218A, exploring how mutations influence ribosomal assembly and function, contributing to our understanding of RNA-protein interactions in cellular mechanisms.

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Characterization of Prp43.H218A Mutant and Its Impact on Ribosomal Protein Interactions

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  1. Prp43 H218A Prp43 H218A Prp43 H218A Prp43 H218A Prp43 H218A Prp43 H218A Prp43 Prp43 Prp43 Prp43 Prp43 Prp43 Unclear dueto background 1 1.104 1 .95 1 .985 DFR1 Gr-5 SPP382 RPL17B RPS10B DFR1 Gr-3 Prp43 H218A Prp43 H218A Prp43 H218A Prp43 Prp43 Prp43 1 .95 1 1.65 1 .175 RPL22A DBR1 SHM2

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