Sandbox Reserved 992: Difference between revisions

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With the mechanistic knowledge of β-lactamases, there are two apparent options for clinical treatment of β-lactam resistant bacteria. Scientists could either (a) design an entirely new class of antibiotic that are not reliant on the chemical structure of the β-lactam ring, or (b) use the current arsenal of antibiotics in combination with an inhibitor that will deactivate the β-lactamase. A β-lactamase inhibitor is a compound that could form a tight complex to the active site of the enzyme and causes the β-lactamase to be unable to bind and inactivate another antibiotic molecule. Links to examples Class C β-lactamases, both with and without clinical inhibitors bound, are provided.  
With the mechanistic knowledge of β-lactamases, there are two apparent options for clinical treatment of β-lactam resistant bacteria. Scientists could either (a) design an entirely new class of antibiotic that are not reliant on the chemical structure of the β-lactam ring, or (b) use the current arsenal of antibiotics in combination with an inhibitor that will deactivate the β-lactamase. A β-lactamase inhibitor is a compound that could form a tight complex to the active site of the enzyme and causes the β-lactamase to be unable to bind and inactivate another antibiotic molecule. Links to examples Class C β-lactamases, both with and without clinical inhibitors bound, are provided.  


{| class="wikitable" style="text-align:center"
{| class="wikitable" style="margin-right:0"
|+ Age table
|+ Class C β-lactamase
|-
|-
! First name !! Last name !! Age
! Identifiers
|-
|-
| Bielat || Adamczak|| 24
| Bielat || Adamczak|| 24