lactamase

navigate by keyword : wheel vehicle text structure structural sketch site rings ring resistance represents reactions protein penicillin mechanisms map line like leading lactamase lactam key interacting including illustrating hydrolysis highlighting graph generated formulas font enzymes enzyme energy elements drawing document displays diagram detailed demonstrating comparing circle chemical cephalosporin cartoon breaks brand bonds artwork antibiotics antibiotic activity active activation action

Diagram illustrating ?-lactamase, an enzyme that Royalty Free Stock Photo

Diagram illustrates the activity of ?-lactamase Royalty Free Stock Photo

Components like -lactamase, DNA gyrase mutations, efflux pumps, and penicilli Royalty Free Stock Photo

Clavulanic acid beta-lactamase blocker drug molecule. Often combined with beta-lactam class antibiotics Royalty Free Stock Photo

Beta-lactamase enzyme from Staphylococcus aureus. Responsible for resistance against penicillin and related antibiotics Royalty Free Stock Photo

Avibactam drug molecule. Beta-lactamase inhibitor given in combination with antibiotics. Atoms are represented as spheres with Royalty Free Stock Photo

Diagram illustrating the action of ?-lactamase,

Tazobactam drug molecule. Inhibitor of bacterial beta-lactamase enzymes Royalty Free Stock Photo

Clavulanic acid beta-lactamase blocker drug molecule. Often combined with beta-lactam class antibiotics. Skeletal formula. Royalty Free Stock Photo

Relebactam drug molecule. Beta-lactamase inhibitor that is adminstered with beta-lactam antibiotics. 3D rendering. Atoms are Royalty Free Stock Photo

Tazobactam drug molecule. Inhibitor of bacterial beta-lactamase enzymes. Skeletal formula. Royalty Free Stock Photo

Vaborbactam drug molecule. Beta-lactamase inhibitor, is used with meropenem for intravenous administration. Structural chemical Royalty Free Stock Photo

Diagram illustrating the action of ?-lactamase, an enzyme that breaks down ?-lactam antibiotics like penicillin and cephalosporin. It displays the ?-lactam ring structure interacting with the enzyme's active site, leading to hydrolysis. Structural formulas of penicillin and cephalosporin are shown, highlighting their ?-lactam rings. A protein structure represents the enzyme with an energy graph comparing the reaction's activation energy. Key elements are detailed, including chemical bonds and enzyme activity, demonstrating antibiotic resistance mechanisms.