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Shown below is a proposed mechanism for the cleavage of sialic acid by the viral enzyme neuraminidase. The kat for the wild-t
Part A Match the items in the left column to the appropriate bianks in the sestence on the right [Reset] [H삔 Glu117 Tyr4os As
Shown below is a proposed mechanism for the cleavage of sialic acid by the viral enzyme neuraminidase. The kat for the wild-type enzyme at pH- 6.15, 37 Cis 26.8s-1 0 D149 OH OH 1st Step ROH R374 E117 117) +H2O ↓ 2nd Step Y409 0149 D149) OH OH OH R374 0 17) (E117)
Part A Match the items in the left column to the appropriate bianks in the sestence on the right [Reset] [H삔 Glu117 Tyr4os Asp149 ads as a GAC in s one and as a GBC in shep three ach as GBC in step 2 and a GAC in stp
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Answer #1

0 0 IntnlEp ov ル04一/ →尺LYo (r //t) DIyう 14o gyd su Act an kare ElI oct an aud

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  • Please fill in the blanks! Shown below is a proposed mechanism for the cleavage of sialic...

    Please fill in the blanks! Shown below is a proposed mechanism for the cleavage of sialic acid by the viral enzyme neuraminidase. The kcat for the wild-type enzyme at pH 6.15,37 °C is 26.8s- Y409) Y409) (D149) (D149) онон ﹀R374-1st Step -ROH R' C-N R374 (E117) (E117) +H2O ↓ 2nd Step Y409) Y409) (D149) 8 ,0149 D149) OH OH H2N R374 (E117) (E117) Part A Describe the roles of the following amino acids in the catalytic mechanism: Glul17, Tyr409, and...

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