Microaerobic-mediated suppression of Klebsiella pneumoniae mucoviscosity is restored by rmpD overexpression.

Wangnan SunChengbo RongLiang ChenJiarui LiZhijing AnJinglin YueHengkun WeiKai HanMingxi HuaHui ZengChen Chen

Published in: Journal of applied microbiology (2024)

Microaerobic conditions can suppress the mucoviscosity of K. pneumoniae, but this suppression can be overcome by altering the expression of rmpD, indicating a specific function for rmpD in the oxygen environmental adaptation of K. pneumoniae.

Keyphrases

klebsiella pneumoniae
multidrug resistant
escherichia coli
poor prognosis
cell proliferation
respiratory tract
transcription factor
binding protein
human health
risk assessment
long non coding rna
climate change