Difference between revisions of "Antibiotics"
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Antiobiotics are a very diverse group of drugs designed to attack [[Bacteria|microbial]] infections. Here we will discuss each of the main groups of antiobiotics and for each group how they work, their spectrum of activity, pharmacokinetic considerations and common side effects. We will also discuss antibacterial resistance, how this has come about and what it means for the veterinary profession. | Antiobiotics are a very diverse group of drugs designed to attack [[Bacteria|microbial]] infections. Here we will discuss each of the main groups of antiobiotics and for each group how they work, their spectrum of activity, pharmacokinetic considerations and common side effects. We will also discuss antibacterial resistance, how this has come about and what it means for the veterinary profession. | ||
| − | Please note that we shall not discuss their suggested clinical use. We hope these pages will aid people in deciding on which antibiotic is best to use in an infection, but will not cloud clinical judgement by giving specific recommendations. | + | '''Please note that we shall not discuss their suggested clinical use. We hope these pages will aid people in deciding on which antibiotic is best to use in an infection, but will not cloud clinical judgement by giving specific recommendations.''' |
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'''Protein Synthesis inhibitors''' | '''Protein Synthesis inhibitors''' | ||
* [[Chloramphenicol]] | * [[Chloramphenicol]] | ||
| − | * Tetracyclines | + | * [[Tetracyclines]] |
* Aminoglycosides | * Aminoglycosides | ||
* Macrolides and lincosamides | * Macrolides and lincosamides | ||
Revision as of 14:13, 24 October 2008
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This article is still under construction. |
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Antiobiotics are a very diverse group of drugs designed to attack microbial infections. Here we will discuss each of the main groups of antiobiotics and for each group how they work, their spectrum of activity, pharmacokinetic considerations and common side effects. We will also discuss antibacterial resistance, how this has come about and what it means for the veterinary profession.
Please note that we shall not discuss their suggested clinical use. We hope these pages will aid people in deciding on which antibiotic is best to use in an infection, but will not cloud clinical judgement by giving specific recommendations.
Antibiotics by Class
Cell Wall Inhibitors (Beta-lactams)
Antibiotics That Target The Cell Membrane
Nucleic Acid Synthesis & Repair Inhibitors
- Fluoroquinolones
- Novobiocin
- Nitroimidazoles
- Sulphonamides
- Trimethoprim - Dihydrofolate Reductase Inhibitors
- Potentiated-Sulphonamides
Protein Synthesis inhibitors
- Chloramphenicol
- Tetracyclines
- Aminoglycosides
- Macrolides and lincosamides
Antibacterial Resistance