TY - JOUR
T1 - Extensively Drug-Resistant
Myroides odoratus in Critically Ill Patients
T2 - A Case Series and Literature Review.
AU - O'Neal, Melissa
AU - Labay, Caitlin E
AU - Harris, Jesse E
AU - Musick, William L
AU - Cernoch, Patricia L
AU - Grimes, Kevin A
AU - Lin, Jiejian
AU - Shah, Shivan
AU - Ramos-Salazar, Elizabeth
N1 - Copyright © 2022 Melissa O'Neal et al.
PY - 2022
Y1 - 2022
N2 - The bacterial genus
Myroides, like other members of the
Flavobacteriaceae family, consists of aerobic, non-motile, Gram-negative bacilli.
Myroides spp. is considered predominantly opportunistic pathogens as, historically, most documented infections have been in immunocompromised individuals. Along with advancements in molecular assay testing, there are growing reports of clinically relevant
Myroides spp. infections in immunocompetent individuals. These organisms display broad antimicrobial resistance, and while research into their mechanisms of resistance is progressing, genetic testing has revealed metallo-
β-lactamases present in their genome. The sporadic identification of
Myroides spp. and ongoing clarification of resistance patterns make empiric treatment difficult. This report documents two cases of extensively drug-resistant
Myroides odoratus isolated from critically ill but otherwise immunocompetent patients followed by a review of available literature on
Myroides spp. antibiotic sensitivities. Our findings indicate that minocycline and moxifloxacin have the highest documented
in vitro activity against
Myroides spp.
AB - The bacterial genus
Myroides, like other members of the
Flavobacteriaceae family, consists of aerobic, non-motile, Gram-negative bacilli.
Myroides spp. is considered predominantly opportunistic pathogens as, historically, most documented infections have been in immunocompromised individuals. Along with advancements in molecular assay testing, there are growing reports of clinically relevant
Myroides spp. infections in immunocompetent individuals. These organisms display broad antimicrobial resistance, and while research into their mechanisms of resistance is progressing, genetic testing has revealed metallo-
β-lactamases present in their genome. The sporadic identification of
Myroides spp. and ongoing clarification of resistance patterns make empiric treatment difficult. This report documents two cases of extensively drug-resistant
Myroides odoratus isolated from critically ill but otherwise immunocompetent patients followed by a review of available literature on
Myroides spp. antibiotic sensitivities. Our findings indicate that minocycline and moxifloxacin have the highest documented
in vitro activity against
Myroides spp.
U2 - 10.1155/2022/6422861
DO - 10.1155/2022/6422861
M3 - Article
C2 - 35873406
SN - 2090-6625
VL - 2022
SP - 6422861
JO - Case reports in infectious diseases
JF - Case reports in infectious diseases
ER -