There are about 9403 clinical studies being (or have been) conducted in Switzerland. The country of the clinical trial is determined by the location of where the clinical research is being studied. Most studies are often held in multiple locations & countries.
Multicenter, randomized, double blind, parallel-group, placebo-controlled proof of concept study evaluating efficacy and safety of BP1.3656 in patients with fatigue following ischemic stroke.
Pediatric chronic pain is a prevalent condition with manifold treatment options. However, knowledge of targeted dissemination of intervention research findings is currently lacking. The aim of this project is to determine satisfaction with current knowledge transfer from science to clinical practice amongst health care professionals, adolescents with CPP and their parents and to understand what treatment options have been offered to patients in Swiss pain centers Three focus groups, one with health care professionals, one with adolescent patients, and one with their parents, will be conducted to determine how the dissemination of scientific evidence to clinical practice can be improved and what hurdles exists when gathering information about pain interventions. In addition, patients will be asked about the treatment options offered to them and health care professionals about which treatments they routinely prescribe and why.
This is an open-label, dose-escalation and dose-expansion study to determine the safety, tolerability, PK, pharmacodynamics, and preliminary efficacy of INCB123667 when administered as monotherapy at the RDE(s) in participants with selected advanced or metastatic solid tumors. Part 1A (dose escalation) will determine the recommended dose of INCB123667 for expansion (RDE) and the maximum tolerated dose (MTD). Part 1B (cohort dose expansion phase) will further explore antitumor activity of INCB123667 as a monotherapy in 6 tumor-specific cohorts at the RDE(s) defined in Part 1A.
The aim of this study is to prospectively investigate the potential for bony fusion of ViviGen® bone graft substitute in comparison to rhBMP-2 in standalone ALIF procedure L5/S1
With this protocol, investigators examine whether targeted memory reactivation (TMR), a technique used to strengthen memories, can accelerate remission of nightmare disorder. This protocol uses TMR during REM sleep to strengthen positive memories generated by Imagery Rehearsal Therapy (IRT), a recommended treatment of nightmares. Patients with nightmare disorder are asked to perform an initial IRT session and, while they generate a positive outcome of their recurrent nightmare, half of the patients are exposed to a sound (TMR group), while no such pairing with a sound takes place for the other half (control group). During the next two weeks, all patients perform IRT every evening at home and are exposed to the sound during REM sleep with a wireless headband, which automatically detects sleep stages. Clinical evaluation of the severity of nightmares before and after (2-weeks follow-up and 3-months follow-up) this intervention takes place using the validated Nightmare Frequency Questionnaire (NFQ, primary outcome measure), which retrospectively identifies the frequency of nightmares. We hypothesize that patients treated with IRT and who are exposed, during REM sleep and over 14 nights, to a sound that had previously been associated with the new positive dream scenario of IRT (TMR group), will have more reduced frequency of nightmares compared to participants with stimulation of the same, but non-associated, sound during REM sleep (control group).
Although there is a widespread use of HighFlow therapy around the world, there is still uncertainty about the most appropriate initial HighFlow level after nasal continuous positive airway pressure therapy. Higher levels might produce excessive and harmful intra-alveolar pressures exceeding those reached during nasal continuous positive airway pressure therapy. Low levels may not generate sufficient distending pressures, which may result in a loss of functional residual capacity and an increased risk of respiratory failure. Therefore, the aim of this study is to assess the effect of different HighFlow levels on the functional residual capacity and to compare these findings to the functional residual capacity during nasal continuous positive airway pressure therapy.
Single-center, open label, randomized controlled trial of a preoperative nursing dialogue in patient undergoing major visceral surgery aiming in evaluating its impact on patients' anxiety, satisfaction and early postoperative outcomes.
This study with N = 225 participants (1 cohort of a minimum of 85 and maximum of 140 participants, and an additional cohort with 85 participants) over 9 visits has been designed to assess the accuracy of Aktiia.product-us systolic and diastolic blood pressure measurements against double-auscultation reference measurements. In order to induce blood pressure changes and to simulate ambulatory scenarios, the study participants will be asked to perform a set of activities, involving body position changes and physical exercises. Additionally, this study will compare the heart rate measured by Aktiia.product-us against the reference readings provided by a finger pulse oximeter (as per ISO80601-2-61). The reliability of the auscultation readings will be controlled with simultaneous volume-clamp measurements.
The objectives of the retrospective cohort study is to describe the actual current practice of antibiotic treatment duration for bloodstream infections in critically ill patients at two tertiary hospitals (ICU Inselspital Bern and ICU CHUV Lausanne), to examine patient, pathogen and infectious syndrome factors associated with selection of shortened treatment duration, and to describe the expected time course of clinical resolution among bacteremic patients.
Exercise is a cornerstone of health care helping to improve and maintain a good organ functionality, including vascular function, in health and disease. About twenty years ago, the introduction of high-intensity training has been a milestone in the evolution of exercise therapy by demonstrating the trainability of individuals independent of age and state of disease. Today, its practical implementation still faces barriers, such as lower physical and mental tolerance of exercise, long-term adherence and lack of individualization of training for optimal adaptations. The proposed project is the logical next step to introduce non-linear periodized exercise training (NLPE), a method widely established in elite athletes, in exercise training of sedentary individuals. NLPE alternatingly involves person-centred periodization of training cycles and regeneration with high-intensity stimuli. It induces a broader range of physiological adaptations than moderate-intensity training while keeping a high compliance and without increasing the risk of overreaching. A study of patients with chronic-obstructive-pulmonary-disease and a study with resistance training of older adults indicated promising pulmonary and muscular effects. However, the effectiveness of NLPE to maintain and improve vascular function has not yet been assessed, although this may carry a huge clinical and socioeconomic potential by contributing to the reduction of cardiovascular morbidity and mortality. VascuFit applies an 8-week training intervention to assess the effects of NLPE on the function of the vascular endothelium, measured by the non-invasive gold-standard method brachial arterial flow-mediated dilation (baFMD), in a sample of sedentary aging adults with cardiovascular risk factors. In addition, it will be the first study to measure training effects on a cluster of micro-ribonucleic acids (miRNAs) regulating key molecular pathways of endothelial (dys-)function. Thus, VascuFit aims to explore the potential of clinical and molecular biomarkers for the monitoring of individual vascular adaptability to a specific type of exercise. As a first step, this pilot-project is supposed to deliver proof-of-concept. Furthermore, it will generate important hypotheses to be addressed by exercise physiologists, medical professionals and biologists concerned with the optimization of individual training adaptations as well as utility and implementation of targeted training approaches in the health care of aging adults. VascuFit aims to demonstrate the potential of NLPE as a training regimen to improve vascular function in sedentary individuals with elevated cardiovascular risk. This project may be the initial spark to raise exercise training to the next level, which is clearly necessary to sustainably strengthen the vascular capacities of "young" aging individuals.