This article describes 20 years of research that investigated a second novel target for ribosomal antibiotics, the biogenesis of the two subunits. Over that period, we have examined the effect of 52 different antibiotics on ribosomal subunit formation in six different microorganisms. Most of the antimicrobials we have studied are specific, preventing the formation of only the subunit to which they bind. A few interesting exceptions have also been observed. Forty-one research publications and a book chapter have resulted from this investigation. This review will describe the methodology we used and the fit of our results to a hypothetical model. The model predicts that inhibition of subunit assembly and translation are equivalent targets for...
Macrolide antibiotics are clinically important antibiotics which are effective inhibitors of protein...
The ribosome is one of the major targets in the cell for clinically used antibiotics. However, the i...
The increase in antibiotic-resistant microorganisms has driven a search for new antibiotic targets a...
The development of microbial resistance to practically all currently used antimicrobial agents has s...
A substantial number of antimicrobial agents target some activity of the bacterial ribosome for inhi...
The continuing increase in antibiotic-resistant pathogenic bacterial has stimulated research on the ...
The use of antibiotics has revolutionized medicine, greatly improving our capacity to save millions ...
The inhibition of bacterial ribosomal subunit formation is a novel target for translational inhibito...
Objectives: The discovery of new antibiotic targets is important to stem the increase in antibiotic ...
A number of different antibiotics that prevent translation by binding to the 50S ribosomal subunit o...
Many antibiotics target the ribosome and interfere with its translation cycle. Since translation is ...
The bacterial ribosome is an important target for many antimicrobial agents. Aminoglycoside antibiot...
Several antibiotics that prevent translation by binding to ribosomal subunits have been shown to als...
The translational functions of the bacterial ribosome are the target for a large number of antimicro...
AbstractRNAs have diverse structures that include bulges and internal loops able to form tertiary co...
Macrolide antibiotics are clinically important antibiotics which are effective inhibitors of protein...
The ribosome is one of the major targets in the cell for clinically used antibiotics. However, the i...
The increase in antibiotic-resistant microorganisms has driven a search for new antibiotic targets a...
The development of microbial resistance to practically all currently used antimicrobial agents has s...
A substantial number of antimicrobial agents target some activity of the bacterial ribosome for inhi...
The continuing increase in antibiotic-resistant pathogenic bacterial has stimulated research on the ...
The use of antibiotics has revolutionized medicine, greatly improving our capacity to save millions ...
The inhibition of bacterial ribosomal subunit formation is a novel target for translational inhibito...
Objectives: The discovery of new antibiotic targets is important to stem the increase in antibiotic ...
A number of different antibiotics that prevent translation by binding to the 50S ribosomal subunit o...
Many antibiotics target the ribosome and interfere with its translation cycle. Since translation is ...
The bacterial ribosome is an important target for many antimicrobial agents. Aminoglycoside antibiot...
Several antibiotics that prevent translation by binding to ribosomal subunits have been shown to als...
The translational functions of the bacterial ribosome are the target for a large number of antimicro...
AbstractRNAs have diverse structures that include bulges and internal loops able to form tertiary co...
Macrolide antibiotics are clinically important antibiotics which are effective inhibitors of protein...
The ribosome is one of the major targets in the cell for clinically used antibiotics. However, the i...
The increase in antibiotic-resistant microorganisms has driven a search for new antibiotic targets a...