12 results
Primary:Assess the safety of repeat doses of serelaxin in chronic heart failureSecondary:- Assess the incidence rate of adverse events of special interest, indicative of hypersensitivity reactions- Assess the safety and tolerability of repeated…
Primary objective(s)To assess the effects of 24 hrs i.v. infusion of RLX030 30µg/kg/day compared to placebo on renal blood flow (RBF) as measured by PAH clearance in subjects with CHF and worsening symptoms To assess the effects of 24 hrs i.v.…
The objectives of this phase of the study are to confirm the efficacy of IV relaxin, in addition to standard therapy, in improving symptoms of heart failure, dyspnea, and in preventing intermediate term re-admission for HF or renal failure and…
Primary objective(s)• To assess the effects of RLX030 compared to placebo on hemodynamic variables (PCWP, CI) during the first 8 hours administered as i.v. infusion over 20 hours in subjects with Acute Hart FailureSecondary objective(s)• To assess…
The purpose of the study is to investigate how quickly and to what extent tolterodine is absorbed and eliminated from the body (this is called pharmacokinetics) when it is administrated by using a HP-3040 transdermal patch. Moreover, the relative…
The primary objective of this trial is to compare the effect of three different doses of ONO-8539 with placebo in the mean change of the number of micturitions per 24 hrs from baseline to 12 weeks.The secondary objectives of this trial will be:*To…
To compare the efficacy of fesoterodine to placebo and tolterodine ER in subjects with overactive bladder after 12 weeks of treatment.
Primary Objective:To demonstrate that serelaxin is superior to placebo in reducing CV death in AHF patients during a follow-up period of 180 days.To demonstrate that serelaxin is superior to placebo in reducing worsening heart failure through Day…
To confirm our previous findings that both TUS and auditory cuing decreases MEP amplitude in an independent sample using a more efficient design. Reducing the number of principal conditions will benefit data quality and allow for better estimation…
Our primary objective is to translate an in non-human primate established online TUS protocol to humans. To this end, we will investigate how this protocol influences choice behaviour in humans, by stimulating the left and right FEF in a saccade…
Our primary objective is to elucidate the neurophysiologic effects of short-term TUS on deep brain circuits in humans. We will map the effects of TUS targeting the amygdala vs. two subregions of the thalamus (mediodorsal & pulvinar nucleus)…
The primary objective is to assess the causal role of the human amygdala in fear learning, by indexing the impact of TUS targeting the amygdala on physiological markers of fear. The secondary objectives are to (1) discern the neuromodulatory effects…