Consider the hypothetical serine protease in the image, which shows the specificity pockets. The S1 pocket has a glutamic acid in the bottom, the S2 pocket is small and hydrophobic, and the S1' pocket...


Consider the hypothetical serine protease in the image,<br>which shows the specificity pockets. The S1 pocket has a<br>glutamic acid in the bottom, the S2 pocket is small and<br>hydrophobic, and the S1' pocket is deep and hydrophobic.<br>Suggest a 3-amino acid sequence that this protease would<br>cleave and indicate between which sites the peptide bond<br>would be broken.<br>S2<br>Which sequence would this protease cleave?<br>O Leu-Val-Arg<br>Arg-Val-Leu<br>Val-Leu-Arg<br>Val-Arg-Leu<br>O Leu-Arg-Val<br>O Arg-Leu-Val<br>W<br>Ma<br>étv N<br>894<br>

Extracted text: Consider the hypothetical serine protease in the image, which shows the specificity pockets. The S1 pocket has a glutamic acid in the bottom, the S2 pocket is small and hydrophobic, and the S1' pocket is deep and hydrophobic. Suggest a 3-amino acid sequence that this protease would cleave and indicate between which sites the peptide bond would be broken. S2 Which sequence would this protease cleave? O Leu-Val-Arg Arg-Val-Leu Val-Leu-Arg Val-Arg-Leu O Leu-Arg-Val O Arg-Leu-Val W Ma étv N 894

Jun 11, 2022
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