Sövning av kaniner är förenat med stora risker och säkra alternativ till inhalationsanestesi behöver utvecklas. I denna studie utvärderades intravenös anestesi med midazolam och Sufentanil, för induktion och underhåll, på åtta New Zeeland White-kaniner av honkön. Samtliga kaniner premedicinerades med medetomidin i låg dos. Narkosen inducerades intravenöst med en blandning av midazolam och Sufentanil (medeldos 0,09 mg/kg midazolam och 0,48 µg/kg Sufentanil). Kaninerna hölls därefter sövda i 60 minuter via kontinuerlig infusion av samma blandning (medeldos 0,13 mg/kg/h midazolam och 0,72 µg/kg/h Sufentanil).

Rabbits carry a high risk of anesthesia related death. This study was part of a project to develop a form of total intravenous anesthesia (TIVA) with minimal effects on cardiac, respiratory and metabolic parameters. In the study, TIVA with Sufentanil and midazolam (group TIVA, n=9) was compared with inhalation anesthesia with sevoflurane (group SEVO, n=9) in female rabbits undergoing surgery (ovariehysterectomi). All rabbits were pre-medicated with medetomidin and carprofen before anesthesia induction. Anesthesia was induced with TIVA (2.3 ?g/ ml Sufentanil, 0.45 mg/ ml midazolam) at a rate of 4 ml/ kg/ h and the mean induction dose was 0.4 ?g/ kg of Sufentanil and 0.1mg/ kg of midazolam.

The intention of this study is to investigate possible excitation on dogs due to buprenorphine treatment. The reason for it to be about buprenorphine and not any other opioid is due to its relevance being one of the most popular opioids in animal care, as well as the authors own experience with what seems to be buprenorphine induced excitation in her own dog. The study consists of a literature review and an internet based survey containing thirty questions sent out to twelve animal clinics and animal hospitals. Significant agitative effects on behavior has been found in studies on horses, sheep, goats, rats and mice, but no one shows the effects of buprenorphine on dogs. The literature on opiod effects on dog behavior seems sparse.