There are about 13332 clinical studies being (or have been) conducted in Netherlands. 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.
The effect of Non-Exercise Activity Thermogenesis (NEAT) or inactivity on insulin sensitivity and lipid metabolism is unclear. Research recently published shows that activities associated with everyday activities, summarized as NEAT, such as walking and standing, have a much greater role in energy expenditure than exercise. Therefore, the objective of the present study is to evaluate the effect of 4 days of inactivity (mainly sitting), 4 days of everyday activities (sitting, walking and standing), and 4 days of inactivity and exercise (sitting and biking) on glucose metabolism and insulin sensitivity using an oral glucose tolerance test, and on lipid metabolism in sedentary, overweight people. The investigators hypothesize that: 1. 4 days of everyday activities (NEAT) will cause an increased glucose tolerance and increased insulin sensitivity compared to 4 days of inactivity in sedentary, overweight people. 2. 4 days of exercise will improve glucose tolerance and insulin sensitivity more than 4 days of NEAT with equal energy expenditure, in sedentary, overweight people. 3. Fasting triglyceride will have the same course as glucose, mentioned in 1. and 2.
This study provides open-label drug to eligible patients who have completed a prior study of PF-00547659. The primary endpoint for this study is long-term safety.
Obesity and insulin resistance may be in part explained by an altered reward system with changes in the serotonin/dopamine system. These changes might be caused by changes in dietary habits, especially by an increased intake of liquid sugar and an increase in meal frequency. The investigators hypothesize that increasing meal frequency compared to increasing meal size and when consuming a hypercaloric high-sugar diet (HS) compared to a hypercaloric high-fat-high-sugar diet (HFHS) will result in a reduction in cerebral serotonin and dopamine transporters and in a more prominent increase in insulin resistance. In addition, the investigators hypothesize that the changes in insulin sensitivity will be independent of changes in abdominal (visceral) and liver fat and that changes in insulin sensitivity due to the dietary manipulation will co-occur with changes in insulin signaling pathways in peripheral fat and muscle tissue.
The purpose of this two-stage phase II study is to assess the efficacy of BKM120, as measured by determining the progression free survival (PFS), in patients with pretreated metastatic Non-small Cell Lung Cancer (NSCLC) that exhibits PI3K pathway activation. BKM120 will be investigated in two groups of NSCLC patients according to the histology of the cancer: squamous and non-squamous.
This is a multicenter, multi-national, randomized, open-label comparative trial. After screening, the subjects will start down-regulation treatment on Day 21-22 of the cycle. Down-regulation treatment will start within 2 months following the screening visit. The routine long luteal phase protocol for gonadotropin-releasing hormone (GnRH) agonist treatment will be followed. Once down-regulation has been confirmed, a pregnancy test will be performed just before randomization and start of recombinant human follicle-stimulating hormone (r-hFSH) treatment to rule out any pre-existing pregnancy. If the result is negative, the subject will be randomly assigned to one of the two treatment arms of the trial: - GONAL-f®: (Liquid Pen; 300 international unit [IU] of per day) stimulation Day 1-5 followed by Pergoveris® (vial/powder, 300 IU per day) from stimulation Day 6 and until required recombinant human chorionic hormone (r-hCG) criterion is met. The dose can be adjusted from stimulation Day 6 (increased or decreased) based upon the subject's ovarian response and according to the center's standard practice. - Pergoveris®: (vial/powder, 300 IU per day) from stimulation Day 1 and until required r-hCG criterion is met. The dose can be adjusted from stimulation Day 6 (increased or decreased) based upon the subject's ovarian response and according to the center's standard practice. Randomization across the two treatment arms will be kept balanced in a 1:1 ratio. Follicular development will be monitored according to the center's standard practice by ultrasound (US) and/or estradiol (E2) levels, until the protocol r-hCG requirement is met (i.e., at least one follicle greater than or equal to [>=] 18 millimeter [mm] and two follicles >=16 mm). After this, a single injection of r-hCG will be administered in order to induce final oocyte maturation. At a time of 34-38 hours after r-hCG administration, oocytes will be recovered vaginally under US monitoring. Oocytes will then be fertilized in vitro and embryos replaced 2-5 days after oocyte recovery. Ovum pick up (OPU), in vitro fertilization (IVF), embryo transfer (ET) and luteal support will be performed as per center's standard practice. A post-treatment safety visit will be performed for all subjects who received r-hCG (pregnant and non- pregnant) on Day 15-20 post-hCG. For subjects who have withdrawn from treatment (i.e. after starting Pergoveris® or Gonal-f® but before hCG is given) this visit will take place 20-30 days after their first Pergoveris® or Gonal-f® treatment injection (excluding pregnancy testing).
The primary objective of the DELIVER Study is to assess the deliverability of the Resolute Integrity Stent as primary stent or as a secondary cross-over stent following delivery failure of another stent type in real world patients.
Rationale: Due to western lifestyle human coronary arteries are prone to develop atherosclerotic plaques. Hence the heart is an important target organ for atherothrombotic complications: myocardial ischemia, arrhythmias, myocardial infarction and heart failure. To alleviate symptoms and decrease mortality in these patients, myocardial revascularisation is recommended. Coronary artery bypass grafting (CABG) is indicated in patients with severe atherosclerotic disease of all three coronary arteries or the left main stem coronary artery. Cardiac ischemia and reperfusion injury during CABG is inevitable and jointly accountable for complications that occur after CABG (e.g. death, myocardial infarction, arrhythmias, stroke, or renal complications). Dipyridamole has been shown to reduce ischemia reperfusion injury in healthy volunteers using an intermediate endpoint and may prevent cardiovascular death or event in secondary prevention after cerebrovascular disease. The investigators hypothesise that oral pre-treatment with dipyridamole can increase cardiac tissue tolerance against ischemia and reperfusion injury due to CABG. The investigators expect lower troponin-I release in patients who were pretreated with dipyridamole. Objective: To study the effect of oral pretreatment with dipyridamole on high sensitivity (HS)-troponin-I release after CABG. Secondary objectives are whether oral pretreatment with dipyridamole reduces postoperative CABG arrhythmias, prolonged inotropic support, and duration of Intensive Care-stay. Further secondary endpoints are the effects of dipyridamole pretreatment on renal injury and post-ischemic recovery of contractile function (measured ex-vivo). Hypothesis: The investigators hypothesize that oral pre-treatment with dipyridamole can increase cardiac tissue tolerance against ischemia and reperfusion injury. The investigators expect lower HS-troponin-I release in patients who were pretreated with dipyridamole. Additionally the investigators expect the incidence of arrhythmias, need for prolonged inotropic support (longer than 24 hours postoperative) to be decreased in pretreated patients.
The subjects included in this study are subjects that participated in study NCT00434577. These subjects were vaccinated with the candidate Herpes Zoster (HZ) vaccine at Month 0 and Month 2 and were then followed at Month 12, Month 24 and Month 36 (study NCT00434577) for safety and immunogenicity. This long term follow up study (ZOSTER-024 [114825]) will evaluate immune responses to and safety of the previously administered candidate HZ vaccine at Months 48, 60 and 72. The study visits will be scheduled at approximately one year intervals after the first visit in ZOSTER-024. Blood samples for the evaluation of cellular and humoral immunity will be taken from all subjects at each visit. Information on safety and the occurrence of HZ will also be collected during these visits.
This purpose of the study is to evaluate the immunogenicity and reactogenicity of Boostrix™ (when used in a primary schedule (0, 1, 6-month) or a single dose of Boostrix-IPV followed by two doses of Td vaccines (DitanrixTM Adult, TedivaxTM), as compared to three doses of licensed Td vaccines in adults.
Study FDC114615 is a two year, multi-centre, randomised, open-label trial to assess the efficacy of Dutasteride plus tamsulosin when compared to the standard practice of watchful waiting, with a defined escalation to tamsulosin in treatment naive men with symptomatic benign prostate hyperplasia (BPH). Once consented, each subject will undergo screening procedures to ensure the prostate volume and post void residual are within eligible range. If all entry criteria are met, subjects will be randomised (1:1) to receive Dutasteride plus tamsulosin with lifestyle advice or watchful waiting, with lifestyle advice, with a defined escalation to tamsulosin. Escalation will be initiated when no improvement from baseline is scored using the International Prostate Symptom Score (version 2) (IPSS) questionnaire. After randomisation, the subjects return to site at one month, then every 13 weeks until two years of treatment is complete or they are withdrawn. Key assessments, such as Adverse Events (AE's) and concomitant medication monitoring and completion of the quality of life questionnaires are performed at each visit and the data recorded.