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Molecular surface models of the active-site cleft of OXA-66 (A) and OXA-40 (B), showing the absence of a hydrophobic bridge in OXA-66. Molecular surface.

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Presentation on theme: "Molecular surface models of the active-site cleft of OXA-66 (A) and OXA-40 (B), showing the absence of a hydrophobic bridge in OXA-66. Molecular surface."— Presentation transcript:

1 Molecular surface models of the active-site cleft of OXA-66 (A) and OXA-40 (B), showing the absence of a hydrophobic bridge in OXA-66. Molecular surface models of the active-site cleft of OXA-66 (A) and OXA-40 (B), showing the absence of a hydrophobic bridge in OXA-66. Using local numbering, the active-site serine 80 is shown in red. (A) Leucine 110 is in yellow, phenylalanine 111 is in blue, and tryptophan 222 is in pink; (B) tyrosine 112 is in blue, and methionine 223 is in pink. Benjamin A. Evans, and Sebastian G. B. Amyes Clin. Microbiol. Rev. 2014; doi: /CMR


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