10 results
We hypothesize that ketamine stimulates breathing and reverses opioid-induced respiratory depression. We will perform a placebo-controlled randomized and double blind study on the effect of increasing doses of S-ketamine on remifentanil-induced…
The objectives of the study are to assess whether:(1) SNP will reduce the occurrence of psychomimetic side effects during exposure to low-dose ketamine;(2) SNP will reduce the ketamine-induced increase in blood pressure and cardiac output;(3) SNP is…
The purpose of the study is to investigate how safe the compound USL260 is and how well the compound USL260 is tolerated under fasting and fed conditions. The study will also investigate how quickly and to what extent the compound USL260 is absorbed…
By means of resting state network measurments using fMRI we hope to gain more knowlegde about the actions (for example as an analgesic) an side effects of S(+)-ketamine on the central nervous system at different doses. Also blood samples will be…
Primary objective1. To investigate whether TM38837 attenuates the central effects of THCSecondary objectives2. To explore the effect of TM38837 on THC induced effects on heart rate3. To investigate the effect of 60 mg rimonabant on THC-induced CNS…
1. Measure DNIC and offset analgesia in CRPS-1 patients, fibromyalgia patients and neuropathic pain patients;2. Compare DNIC and offset analgesia in chronic pain patients with DNIC and offset analgesia in healthy volunteers;3. Assess the effect of…
Primary aim:The primary aim of this study is to evaluate the effect of two consecutive infusions of S(+)-ketamine in patients with CRPS-I on pain relief. The design of the study is prospective, randomised, double-blind and placebo-controlled.…
To test the hypothesis that ketamine has a modulatory effect on fibromyalgia
This study is therefore aimed at quantifying the relative contribution of the two major receptor systems involved in S(+)-ketamine and methadone induced analgesia and side effects (respiratory depression, sedation, miosis).
Aims of the study:1) To obtain pharmacokinetic parameters of S(+)-ketamine;2) To study the pharmacodynamic effects of intravenous S(+)-ketamine on experimental pain;