Twenty different macrolide and ketolide antibiotics were analyzed by reversed phase high performance liquid chromatography on an ODS-2 cartridge column. Each of these compounds was uniquely separated and purified by varying the flow rate. Retention times of the individual drugs were proportional to the flow rate of the mobile phase. Recovery of antimicrobial activity for most of the drugs was greater than 90% based on a microbiological assay of material recovered from the column. Retention times were related to structural differences between these antimicrobial agents
To enable the detection of antimicrobial agents in Dried Distillers Grains (DDGs), a liquid chromato...
The chromatographic behavior of roxithromycin, midecamycin, erythromycin, azithromycin, and erythrom...
The aim of this research study was the characterization of components of antibiotics using LC and MS...
Twenty different macrolide and ketolide antibiotics were analyzed by reversed phase high performance...
The separation of basic macrolide antibiotics suffers from peak tailing and poor efficiency on tradi...
The following macrolide antibiotics have been covered in this review: erythromycin and its related s...
The following macrolide antibiotics have been covered in this review: erythromycin and its related s...
A compilation of the most representative single and multianalyte HPLC methods for the analysis of ma...
This review provides an overview of the literature published to date on macrocyclic antibiotics expl...
Objective: Reversed-phase chromatography has become the method of choice to separate compounds that ...
Chiral Separation of Biologically Important Compounds by High-Performance Separation Methods Using M...
In the field of chromatographic separations, the need for new chiral stationary phases is always in ...
Macrolides, one of the most commonly used class of antibiotics, are a group of drugs produced by Str...
Set up of a simple, fast and cheap liquid chromatographic method to separate four macrolides and to ...
In this work the simultaneous separation of chiral active pharmaceutical ingredients (API) in salt f...
To enable the detection of antimicrobial agents in Dried Distillers Grains (DDGs), a liquid chromato...
The chromatographic behavior of roxithromycin, midecamycin, erythromycin, azithromycin, and erythrom...
The aim of this research study was the characterization of components of antibiotics using LC and MS...
Twenty different macrolide and ketolide antibiotics were analyzed by reversed phase high performance...
The separation of basic macrolide antibiotics suffers from peak tailing and poor efficiency on tradi...
The following macrolide antibiotics have been covered in this review: erythromycin and its related s...
The following macrolide antibiotics have been covered in this review: erythromycin and its related s...
A compilation of the most representative single and multianalyte HPLC methods for the analysis of ma...
This review provides an overview of the literature published to date on macrocyclic antibiotics expl...
Objective: Reversed-phase chromatography has become the method of choice to separate compounds that ...
Chiral Separation of Biologically Important Compounds by High-Performance Separation Methods Using M...
In the field of chromatographic separations, the need for new chiral stationary phases is always in ...
Macrolides, one of the most commonly used class of antibiotics, are a group of drugs produced by Str...
Set up of a simple, fast and cheap liquid chromatographic method to separate four macrolides and to ...
In this work the simultaneous separation of chiral active pharmaceutical ingredients (API) in salt f...
To enable the detection of antimicrobial agents in Dried Distillers Grains (DDGs), a liquid chromato...
The chromatographic behavior of roxithromycin, midecamycin, erythromycin, azithromycin, and erythrom...
The aim of this research study was the characterization of components of antibiotics using LC and MS...