Related Experiment Videos
Amikacin therapy for Pseudomonas cellulitis in an Amazon parrot
Abstract:
Amikacin sulfate, an aminoglycoside antibiotic, was used successfully to treat a case of severe Pseudomonas cellulitus in an Amazon parrot. Side effects of polyuria and polydipsia occurred, but resolved without treatment 3 weeks after the antibiotic regimen. Amikacin sulfate was given at a dosage of 0.04 mg/g of body weight, IM, twice a day, based on antimicrobial sensitivity results. Amikacin sulfate is indicated for P aeruginosa cellulitis that is resistant to gentamicin sulfate. Although it is potentially nephrotoxic, it can be used successfully in birds without permanent clinically evident renal effects.
Insights
Amikacin sulfate successfully treated severe Pseudomonas cellulitis in an Amazon parrot. While side effects like increased urination and thirst occurred, they resolved naturally, showing potential for safe use in avian medicine.
Area of Science:
- Avian Medicine
- Veterinary Pharmacology
- Antimicrobial Therapy
Background:
- Pseudomonas aeruginosa infections can cause severe cellulitis in birds.
- Gentamicin sulfate resistance necessitates alternative antibiotic options.
- Aminoglycoside antibiotics like amikacin sulfate offer a potential treatment avenue.
Observation:
- A case of severe Pseudomonas cellulitis in an Amazon parrot was observed.
- The infection was resistant to gentamicin sulfate, requiring alternative treatment.
- Amikacin sulfate was administered at 0.04 mg/g body weight, IM, twice daily.
Findings:
- Amikacin sulfate treatment resulted in successful resolution of Pseudomonas cellulitis.
- Transient side effects, including polyuria and polydipsia, were noted.
- These side effects resolved spontaneously within three weeks post-treatment.
Implications:
- Amikacin sulfate is a viable treatment for gentamicin-resistant Pseudomonas aeruginosa infections in birds.
- Despite potential nephrotoxicity, amikacin sulfate can be used in avian patients without permanent renal damage.
- This case highlights the importance of antimicrobial sensitivity testing for effective avian treatment.