Laboratory Animals · 1993 · 53 citations · 7 references
Veterinary MedicineAnesthesiologyPharmacologyAnesthesiaAnesthetic TechniquesGeneral AnesthesiaCardiovascular Effects Of AnesthesiaGeneral Anesthetic AgentsHemodynamic Response To AnesthesiaRodent AnesthesiaBlood PressureDrug Combinations For InductionHeart RateHemodynamic Effects Of AnestheticsPhysiologic Effects Of AnesthesiaPropofol AnesthesiaPropofol InductionRespiration Rate Measurement
Prolonged, stable, non-recovery anaesthesia is required for the assessment of the effects of novel compounds on the cardiovascular system. A comparison of injectable anaesthetic agents and combinations (thiobarbital, fentanyl-fluanisone and midazolam, propofol, fentanyl-fluanisone and propofol, and alphaxalone/alphadolone) was made in laboratory rats and the following parameters assessed over 3 h: blood pressure, heart rate and rhythm, respiration rate and depth, analgesia, ease of induction and maintenance of anaesthesia. It was found that propofol, with fentanyl-fluanisone premedication, provided stress-free induction, easily controlled anaesthesia, good analgesia and muscle relaxation for surgery, for up to 3 h duration. Heart rate, blood pressure and respiration remained stable and within normal limits during this time. The other anaesthetics/combinations assessed did not rate as highly in these respects. Propofol, following fentanyl-fluanisone premedication, would appear to be a useful and safe anaesthetic for use in rodents, which avoids significant effects on heart rate or blood pressure.
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Propofol as an intravenous anaesthetic agent in dogs
Scott C. Watkins, L. Hall, K.W. Clarke · Veterinary Record · 1987 · 146 citations
An Introduction to Human Physiology.
Annals of Internal Medicine · 1973 · 82 citations
Life Sciences, Anatomy, Physiology +15