View clinical trials related to Nocturia.
Filter by:Idiopathic edema (IE) is an ill-defined syndrome of uncertain etiology that occurs virtually exclusively in women. It has also been referred to as cyclical edema, periodic edema, fluid retention syndrome and orthostatic edema. The present studies were designed to 1. Improve our ability to identify patients with idiopathic edema by extending the clinical criteria from an increase in weight of > 1.4 kg between 8 AM to 10 PM to the inclusion of nocturia, a very important component to the history. Additional aims are to: 2. Demonstrate orthostatic weight gain with or without edema in idiopathic edema and autonomic failure that will identify a greater number of patients suffering from variable degrees of weight gain and compare to controls or other conditions associated with edema. The study will focus mainly on subjects with polycystic ovaries and autonomic failure. 3. Provide a reasonable course of therapy that is presently not well defined. 4. Provide evidence that orthostatic edema or weight gain has two common etiologies, a. an increase in vascular membrane as in idiopathic edema and b. pooling of blood in the lower extremities in autonomic failure due to a lack of vascular tone.
The purpose of this study is to determine the dose level(s) of fedovapagon which result in a decrease in the mean nocturnal void frequency.
In patients with nocturia, combinational treatment of DDAVP and SyBeMeP might show better outcomes. Systemic video instruction might prove to be beneficial by helping patients have better understanding on treatment and replacing healthcare personnel.
A Confirmation of the Safety Profile for Minirin Melt in Clinical Practice
The purpose of this study is to assess psychometric properties (reliability and validity) of the Nocturia Impact (NI) diary. To assess the association between reduction of number of nocturnal voids and the mean changes in NI scores(sensitivity of the NI total score to change in nocturia). To assess which NI diary items account for the main difference in change in total NI score in treatment versus placebo.
Parkinson's disease (PD) is a neurodegenerative disorder characterized by motor symptoms of tremor, slowness of movement, and stiffness, leading to progressive disability and loss of independence. Lower urinary tract symptoms (LUTS), including urinary incontinence (UI), urgency, and/or nocturia, are common non-motor symptoms that further diminish the already compromised quality of life for adults living with PD. Behavioral interventions for UI - including pelvic floor muscle exercise (PFME) therapy - have proven efficacy in randomized controlled trials and are free of side effects. Exercise-based behavioral therapy for UI requires individuals to learn a motor skill (PFME) and implement an adaptive behavioral strategy that incorporates the PFME to suppress urinary urgency and prevent UI. We will conduct a two-site, randomized controlled trial to assess the efficacy of PFME-based behavioral therapy to treat urinary symptoms in adults with PD. After stratification by UI severity, PD severity, and gender, a group of 60 subjects (30 in each group) will be randomized to receive behavioral therapy or a behavioral control over 8 weeks in order to achieve a sample size of 50 individuals (25 in each group) who complete the study. A 6-month follow-up is planned in the treatment group. We hypothesize that: 1. PD participants who are randomized to the exercise-based behavioral therapy group (Group A) will report a significant reduction in weekly frequency of UI episodes compared to PD participants in the behavioral control group (Group B). The primary outcome, frequency of UI, will be measured using a seven-day bladder diary. 2. Compared to PD participants in Group B, the reduction in UI frequency in Group A will be clinically meaningful as measured by a corresponding improvement on questionnaires of satisfaction and quality of life as well as a decline in other urinary symptoms including urgency and nocturia.
Overactive bladder (OAB) syndrome as defined by International Continence Society is a pathological condition characterized by irritative symptoms: urinary urgency, with or without incontinence, urinary frequency and nocturia. The syndrome often seriously compromises the quality of life of the patients. The etiology of the OAB is considered multifactorial. Neural plasticity of bladder afferent pathways is one of the proposed mechanisms of OAB. The detrusor muscle itself has for many years been the target for drug treatment such as antimuscarinics. However, depression of detrusor contractility, may results in a reduced ability to empty the bladder and lead to some sympathetic adverse effects, which limits the treatment of OAB. Currently the focus of OAB treatment has changed to other bladder structures/mechanisms, such as afferent nerves and urothelial signaling as targets for intervention. C-fiber bladder afferents nerves may be critical for symptom generation in pathologic states such as OAB because these fibers demonstrate remarkable plasticity. Up-regulation of bladder C-fiber afferent nerve function may also play a role in urge incontinence, overactive bladder (OAB) and sensory urgency. The mechanism of Gabapentin's action for neuropathic pain has not been fully elucidated but is appears to have inhibitory activity on afferent C-fibers nerve activity; moreover, several studies had established the safety of Gabapentin in its treatment of different conditions. Due to the proposed mechanism, the investigators suggest that Gabapentin may be a new alternative for treating OAB.
The objective of this study is to find out what the pharmacodynamic (PD) characteristics of desmopressin melt are in nocturia patients (compared to healthy volunteers and children). The main questions the investigators want to answer are: - Are differences related to the pathophysiological factors involved in nocturia? - Are there age/gender/size differences? - Can the investigators identify patients who are likely to develop hyponatraemia? - Can the investigators individualize treatment and reduce risk for hyponatraemia? The patient will be given a prescription to buy Minirin Melt 60µg at the local pharmacy. During 30 days, the patient has to take Minirin Melt 60µg in the evening before going to bed. There are two groups of patients: Group A: Patients that still have to undergo an evaluation phase, according to standard procedures (e.g. osmolality test, blood sample). This procedure is not a part of this study. The study starts when the 1st Minirin Melt tablet has been taken (= day 1). Group B: This group already went through the evaluation phase (by participation to study 1 or study 3 as mentioned above) and they have been prescribed Minirin Melt 60 µg ambulatory. The study starts when the patients takes his first prescribed Minirin Melt tablet: - On day 3 and day 7 a blood sample will be taken at the UZ Ghent for safety control (Na+, K+, creatinin, osmolality = good clinical practice guideline). These first 2 visits (day 3 and day 7) are standard procedure. If the patient is at high risk for side effects, blood has to be taken during the first 7 days. - On day 3 the patient has to give a urine sample. - Patients have to fill out a frequency/volume chart during the first 14 days. - On day 30, a 3rd blood sample will be taken
The objective of this study is to find out what the pharmacokinetic/dynamic (PK/PD) characteristics of desmopressin melt are in nocturia patients (compared to healthy volunteers and children). The main questions the investigators want to answer are: - Are differences related to the pathophysiological factors involved in nocturia? - Are there age/gender/size differences? - Can the investigators identify patients who are likely to develop hyponatraemia? - Can the investigators individualize treatment and reduce risk for hyponatraemia? Day 1: - Patient is being hospitalized in the morning - General anamnesis and clinical examination - Uroflow and residue measurements (3x) - Sober blood sample, to determine plasma concentrations of Na+, Cl-, osmolality and creatinin Day 1-2: - In the evening at 20h: - start (with empty bladder!) 24h miction-incontinence-residue registration: urine collections every 3 hours (every portion of urine within a period of 3 hours must be collected in the same collection device), with: registration of volumes and measurement urinary concentrations of Na+, Cl-, osmolality and creatinin - Measurement of blood pressure during 24h Day 2-3: - In the evening at 19h (day 2): drink 15mL/kg water - At 20h: take desmopressin melt 120µg + start: - 24h miction-incontinence-residue registration: registration of volumes and measurement urinary concentrations of Na+, Cl-, osmolality and creatinin (U1-U7) - Measurement of blood pressure during 24h - Collection of urine:U1 at 19h, U2 at 20h, together with intake of first desmopressin melt, U3 at 21h = 1h after desmopressin melt intake, U4 at 22h = 2 after desmopressin melt intake,U5 at 23h = 3h after desmopressin melt intake, U6 at 2h (day 3) = 6h after desmopressin melt intake, U7 at 8h = 12h after desmopressin melt intake - Blood samples for blood levels of desmopressin: 1h, 2h, 3h, 6h after desmopressin melt intake, 12h after desmopressin melt intake + plasma concentrations of Na+, Cl-, osmolality and creatinin (safety profile) - At 8h in the morning (day 3): drink 15mL/kg water + collection of urine per hour during 3h with measurement of urinary concentrations of Na+, Cl-, osmolality and creatinin: U8 at 9h, U9 at 10h, U10 at 11h - Patient can go home on day 3, unless he is at high risk for side effects, high-risk patients are hospitalized for 7 days
The purpose of this study is to investigate the efficacy and safety of SER120 nasal spray formulations in patients with nocturia for a total duration of 14 weeks.