Bacterial growth at 37 °C in liquid medium (A) or plates (B) during exposure to hydrogen peroxide.

Bacterial growth at 37 °C in liquid medium (A) or plates (B) during exposure to hydrogen peroxide.

<p><b>(A)</b> An inoculum of OD<sub>600 nm</sub> of 0.05 of TBCF10839 <i><i>rubB</i></i>::Tn<i><i>5</i></i> (right) and TBCF10839 (left) was grown in LB under shaking (120 rpm) during exposure to initial concentrations of...

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Bibliographic Details
Main Author:	Lutz Wiehlmann (41065) (author)
Other Authors:	Thorsten Adams (22177709) (author), Claus Urbanke (8814) (author), Sonja Horatzek (16682529) (author), Doris Jordan (22177712) (author), Ilona Rosenboom (14109657) (author), Leo Eberl (53653) (author), Burkhard Tümmler (4273) (author)
Published:	2025
Subjects:	Biophysics Biochemistry Medicine Microbiology Genetics Molecular Biology Immunology Infectious Diseases Biological Sciences not elsewhere classified catalase initially mediates yet unknown roles sensing deficient mutant caenorhabditis elegans </ inactivate hydrogen peroxide pseudomonas aeruginosa </ beyond alkane hydroxylation soluble rubredoxin reductase plasposon mutant tbcf10839 div >< p rubredoxin reductase gene hydrogen peroxide rubredoxin reductase aeruginosa </ soluble rubredoxin versatile roles plasposon within isogenic mutant complemented mutant alkane utilization rubb </ n </ 5 </ upon exposure ternary complex tbcf10839 strain tbcf10839 engages stress protection strain tbcf10839 severely compromised report multiple nadh pool many microorganisms key step human neutrophils direct reduction degrade protein degrade alkanes catalytic membrane carbon source bound monooxygenase >:: tn
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