Copy reference, caption or embed code

Fig 1 - Archaeal origin translation proofreader imparts multialdehyde stress tolerance to land plants

Fig 1. Aldehydes generate N-alkylated-aa-tRNA adducts TLC showing modification on L-and D-Tyr-tRNA Tyr by A) formaldehyde, acetaldehyde, propionaldehyde, butyraldehyde, valeraldehyde, isovaleraldehyde, decanal and B) MG (AMP: adenine mono phosphate which corresponds to free tRNA; whereas Tyr-AMP and Modified-Tyr-AMP corresponds to unmodified and modified Tyr-tRNA Tyr ). Mass spectra showing C) DPhe-tRNA Phe , D) formaldehyde modified D-Phe-tRNA Phe E) propionaldehyde modified D-Phe-tRNA Phe F) Butyraldehyde modified D-Phe-tRNA Phe G) MG modified D-Phe-tRNA Phe . H) Graph showing the effect of increasing chain length of aldehyde on modification propensity with aa-tRNA at two different concentrations of various aldehydes. Effect of I) formaldehyde, and J) MG modification on stability of ester linkage in D-aa-tRNA under alkaline conditions.
Aldehydes generate N-alkylated-aa-tRNA adducts TLC showing modification on L-and D-Tyr-tRNA Tyr by A) formaldehyde, acetaldehyde, propionaldehyde, butyraldehyde, valeraldehyde, isovaleraldehyde, decanal and B) MG (AMP: adenine mono phosphate which corresponds to free tRNA; whereas Tyr-AMP and Modified-Tyr-AMP corresponds to unmodified and modified Tyr-tRNA Tyr ). Mass spectra showing C) DPhe-tRNA Phe , D) formaldehyde modified D-Phe-tRNA Phe E) propionaldehyde modified D-Phe-tRNA Phe F) Butyraldehyde modified D-Phe-tRNA Phe G) MG modified D-Phe-tRNA Phe . H) Graph showing the effect of increasing chain length of aldehyde on modification propensity with aa-tRNA at two different concentrations of various aldehydes. Effect of I) formaldehyde, and J) MG modification on stability of ester linkage in D-aa-tRNA under alkaline conditions.
Go to figure page
Reference
Caption
Embed code