<i>In vivo</i> treatment decreases bacterial burden and colonization of vital organs in a skin abscess biofilm infection model. by Robert L. Beckman I.V (22784303)

IFA significantly attenuated capsule-mediated resistance to the binding of C3b and C5b-9 to bacterial surface. by Tingting Wang (123983)

Subjects:

IFA reduced the capsular biosynthesis through altering bacterial metabolism. by Tingting Wang (123983)

Subjects:

Single-phage therapy succeeds against phage resistance with a strong enough immune system. by Jacopo Marchi (7252499)

IFA effectively limited bacterial dissemination and protected mice from lethal hypervirulent <i>K</i>. <i>pneumoniae</i> pneumonia. by Tingting Wang (123983)

Subjects:

Raw data of bacterial strains isolated from milk samples of bovine mastitis (36 MRSA and 26 MSSA). by Maryam Banar (3220221)

Subjects:

Uronic acid analysis-based screen identified IFA as an effective capsule inhibitor. by Tingting Wang (123983)

Subjects:

IFA did not affect LPS-induced inflammation response. by Tingting Wang (123983)

Subjects:

IFA abrogated capsule-associated hypermucoviscosity phenotypes of hypervirulent <i>K</i>. <i>pneumoniae</i>. by Tingting Wang (123983)

Subjects:

IFA effectively reduced the production of <i>K</i>. <i>pneumoniae</i> capsule. by Tingting Wang (123983)

Subjects:

IFA sensitized hypervirulent <i>K</i>. <i>pneumoniae</i> to complement-mediated killing by inhibiting capsule. by Tingting Wang (123983)

Subjects:

IFA disarmed capsule-mediated immune evasion. by Tingting Wang (123983)

Subjects:

Validation of distinct contribution of capsule and hypercapsule-associated HMV in IFA-conferred protection against hvKP infection using a <i>ΔrmpD</i>-K7 mutant. by Tingting Wang (123983)

Subjects:

IFA reduced the virulence of hypervirulent <i>K</i>. <i>pneumoniae</i> in <i>G</i>. <i>mellonella</i> larvae. by Tingting Wang (123983)

Subjects:

IFA treatment facilitated host immune clearance of hypervirulent <i>K</i>. <i>pneumoniae</i> by targeting capsule. by Tingting Wang (123983)

Subjects:

Data Sheet 1_Based on quorum sensing: reverse effect of traditional Chinese medicine on bacterial drug resistance mechanism.pdf by Ningning Qiu (21524402)

“…Pathogenic bacteria utilize six principal resistance mechanisms: (1) Enzymatic degradation of antibiotics via the production of inactivating enzymes; (2) Inactivation of antibiotics by changing the drug targets; (3) Reduction of antibiotics entry by decreasing bacterial permeability; (4) Enhanced antibiotics efflux through overexpression of efflux pumps; (5) Acquisition of antibiotics resistance via genetic mutations; (6) Development of antibiotics resistance through formation of microbial biofilms. …”

Table 2_Bibliometric analysis of global research on the clinical applications of aminoglycoside antibiotics: improving efficacy and decreasing risk.docx by Tengxiang Zhao (20749475)

“…</p>Conclusion<p>AGs have an increasingly important role in the treatment of infections by multidrug-resistant bacteria. Therapeutic drug monitoring should be performed in vulnerable populations, such as the elderly, children, and infants, to improve efficacy and reduce toxicity. …”

Table 1_Bibliometric analysis of global research on the clinical applications of aminoglycoside antibiotics: improving efficacy and decreasing risk.docx by Tengxiang Zhao (20749475)

“…</p>Conclusion<p>AGs have an increasingly important role in the treatment of infections by multidrug-resistant bacteria. Therapeutic drug monitoring should be performed in vulnerable populations, such as the elderly, children, and infants, to improve efficacy and reduce toxicity. …”

Naringenin decreases mitochondrial function. by Lauren A. Eanes (20995499)

Analysis of Significantly Different ARGs and Resistance Mechanisms. by Xu Jia (187142)

Subjects: