J. Peters et al., IN-VITRO ACTIVITY OF OXAZOLIDINONES AGAINST MYCOBACTERIUM-AVIUM COMPLEX, Journal of antimicrobial chemotherapy, 35(5), 1995, pp. 675-679
Options for treating disseminated Mycobacterium avium complex (MAC) di
sease have improved. However, efficacy is not always certain, resistan
ce is common and rapidly bactericidal agents would improve efficacy an
d prevent resistance. Certain oxazolidinones were tested against MAC s
trains and inhibited growth at expected serum concentrations or lower.
Activity correlated with hydrophobicity and one agent was bactericida
l at concentrations two to five times greater than the MIC.