Although some outer membrane (OM) proteins involved in antibiotic resistance have been
previously reported, the OM proteins regulating chlortetracycline (CTC) resistance are …

Bacterial Outer membrane (OM) proteins involved in antibiotic resistance have been
reported. However, little is known about the OM proteins and their interaction network …

The elucidation of the molecular details of antibiotic resistance will lead to improvements in
extending the efficacy of current antimicrobials. In the current study, proteomic …

Bacterial resistance to an antibiotic may result from survival in a suddenly strong antibiotic or
in sub-minimum inhibitory concentration of the drug. Their shared proteins responsible for …

Outer membrane proteins (OMPs) play essential roles in antibiotic resistance, particularly in
Gram-negative bacteria; however, they still have many unidentified functions regarding their …

Alterations in the outer membrane (OM) proteome in response to tetracycline have been
reported in Escherichia coli K-12, but information regarding their functional profile is not …

In Gram-negative bacteria, the outer membrane proteins (OMPs) perform a crucial role in
antibiotic resistance, but it is largely unknown how they behave in response to antibiotic …

Little is known about mechanisms through which OmpR/EnvZ and CpxA/CpxR regulate the
expression of OmpC and OmpF, and thereby regulate bacterial responses to antibiotics …

Antibiotic-resistant bacteria are a great threat to human health and food safety and there is
an urgent need to understand the mechanisms of resistance for combating these bacteria. In …

In recent years, the intracellular mechanisms that contribute to antibiotic resistance have
received increasing attention, and outer membrane vesicles (OMVs) have been reported to …