Sandbox 323: Difference between revisions
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The function was not confirmed during wet lab experiments due to protein and reagent complications. | The function was not confirmed during wet lab experiments due to protein and reagent complications. | ||
There have been previous studies conducted on the 3DS8 protein concluding that it is an alpha-beta hydrolase and originates from the Lin2722 gene in ''Listeria innocua'', a species of Gram-positive bacteria. Studies included database searches and the measurement of enzymatic activity by UV-Vis colorimetric assays using p-nitrophenyl analogs to form p-nitrophenol.[1] | There have been previous studies conducted on the 3DS8 protein concluding that it is an alpha-beta hydrolase and originates from the Lin2722 gene in ''Listeria innocua'', a species of Gram-positive bacteria. Studies included database searches and the measurement of enzymatic activity by UV-Vis colorimetric assays using p-nitrophenyl analogs to form p-nitrophenol.[[1]] | ||
The αβ-hydrolases found in plants have many functions, including ligand receptors and catalytic activity. They are also adaptable and malleable regarding the fold of the protein secondary structure, which makes them an ideal target for research. [2] | The αβ-hydrolases found in plants have many functions, including ligand receptors and catalytic activity. They are also adaptable and malleable regarding the fold of the protein secondary structure, which makes them an ideal target for research. [2] | ||
