View clinical trials related to Health, Subjective.
Filter by:It has been suggested that the best medicine should include four principles (4P) - Medicine should be personalized, predictive, preventative and participatory. Technology has provided the tools to collect data in ways not previously possible. Individuals can now collect information on their genome (including their genetic predisposition to tolerate medications and to respond to healthy lifestyle programs) that will modify their lifestyle and therapeutic choices. Beyond spot checks of vital signs and weight, individuals can now collect information on body composition, continuous monitoring of heart rate, blood pressure, and even blood sugar. Data on food consumption at a caloric, macronutrient and even micronutrient level can be collected. Standard medical histories and detailed physical examination findings and laboratory biomarkers can be correlated with this data. Collections of individual patient data will need to be managed through computer programs and smart phone applications that provide direct feedback about the influence of lifestyle on health, wellness and biomarkers. To this end, Metagenics is designing and is launching a smart phone application, Personal Lifestyle Engine (PLX), for individual use by patients and their healthcare providers. The statistical analysis of these data is the primary objective of this study.
The LIFE-HOUSE research project is designed to evaluate the impact of a personalized lifestyle intervention program on functional capacity as an approach to quantitating health, and its relationship to well understood disease risk determinants. LIFE-HOUSE will utilize an innovative Tent-Umbrella-Bucket design. Participants will gather under the Tent of an all-inclusive 'N of 1' Case Series providing a shelter of Functional Medicine interventions against the storm of chronic disease. Under this Tent are a collection of Umbrellas where participants with similar clinical challenges are evaluated as clinically defined groups with loose guidelines for the planned interventions. Finally, participants standing under these Umbrellas may step into specific Buckets that gather individuals with nearly identical clinical presentations into more formally described prescriptive randomized arms for intervention. Individuals will be offered the opportunity to participate in all Umbrellas and Buckets for which they qualify. They may accept or reject participation in any Umbrella or Bucket and yet remain eligible for participation in the overall Tent.
This study aims to test the hypothesis that a unique blend of resistant starches and fiber will promote gastrointestinal health, as measured by an increase in short-chain fatty acids and improvement in quality of life measures in conjunction with microbial community changes. This study specifically evaluates the impact on short-chain fatty acids and gut microbiota and the impact on quality of life from a resistant starch blend in healthy adult humans with occasional gastrointestinal distress.
The investigators aim to examine the feasibility of incorporating serological celiac disease (CD) screening into general pediatric outpatient clinics in Sweden and through structured monitoring examine the effects of diagnosing and treating screening-detected CD. Screening will be tailored to general pediatric outpatient clinics in the Gothenburg metropolitan area with the goal to screen 1000 children over four months. Screening for CD will be carried out by measuring tissue transglutaminase autoantibodies (TGA) in blood. Children who are persistently TGA positive will be enrolled into a 6-12-month follow-up protocol responsible for diagnosing CD, installation of gluten-free diet and to assess their short-term impact upon the child's wellbeing. Other components to assess include (I) the feasibility to incorporate CD screening into busy pediatric practices; (II) parental/child interest in, and satisfaction with, participating in a CD screening program and (III) identifying key considerations for a possible scaled-up, broad-based, CD screening.
Following the serious adverse events that occurred in January 2016 during the BIA 10 2474 First-in-Human study, the French Ministry of Health asked the Regional Health Agencies to inspect operations at all Authorized Research Centers (ARC) conducting phase I/II clinical trials of experimental drugs.
The investigators are examining how the daily consumption of a multi-vitamin/mineral supplement affects the following variables in 21-40 year old women: 1. blood levels of various micronutrients (assessed from blood draws using mass spectrometry-based assays) 2. blood cell gene expression patterns (assessed from blood draws and real-time PCR assays) 3. mood (assessed via questionnaires) Blood and questionnaires will be collected prior to supplementation, and 12 weeks into supplementation.
The overall objective of the study is to examine the effects of the Montreal Museum of Fine Arts (MMFA) participatory art-based activity on wellbeing, quality of life and health condition in older community dwellers. Aging is often associated with worsening health and withdrawal from social activities, both increasing the risk of a poor quality of life. It has been reported that the practice of art, especially participatory art-based activity enhances wellbeing, quality of life and health condition of patients and older adults. Since October 2015, the Montreal Museum of Fine Arts (MMFA; Quebec, Canada) has successfully initiated a participatory art-based activity known as "Les Beaux-Jeudis" for older community dwellers living in Montreal. Recently, the investigator demonstrated that the MMFA participatory art-based activity improved wellbeing, quality of life and health condition of Montreal older community dwellers using a pre-post single arm, prospective and longitudinal design: it was not a randomized controlled trial (RCT) which is the gold standard to examine the effects of an intervention.
The aim of the study is to investigate the effect of rapeseed proteins on the postprandial metabolic response. Therefore, study participants will receive a meal rich in fat and carbohydrates with and without rapeseed protein or with soy protein that serves as control.
A single-center, randomized, open-label, three-period and three-crossover trial design is adopted in the single-dose pharmacokinetic study. 12adult volunteers, are assigned to 3 groups, B1（250mg), B2 (500mg), and B3 (1000mg). Each group of subjects receive single-dose test drug at different dosages in each period. The tolerability and pharmacokinetic studies are performed simultaneously. Two doses, 250 mg and 500 mg, are proposed for multiple-dose tolerability and pharmacokinetic studies. The subjects are divided into two groups, C1 and C2, 12 subjects in each group, half males and half females. 250 mg group is performed first. Each subject receives only one dose, intravenous drip, once daily, for 7 consecutive days
The evaluation of haemodynamic changes is still challenging in clinically relevant situations (e.g. in bleeding, septic and postoperative patients) with the conventional monitoring routinely used including heart rate and mean arterial pressure. If the arterial pressure drops and the heart increases, the haemodynamic state is already decompensated and a therapy is at risk being indicated too late. Prior to decompensation - still in the state of compensated shock - it would be desirable to detect the shock already. The compensated shock is characterized by an occult drop of cardiac output and a hypoperfusion of vital organs like e.g. the splanchnic region. Due to these pathophysiological characteristics, a therapy would be indicated already in this stadium of shock progression. The available monitoring tools to detect compensated shock are on the one hand side invasive (intravascular catheter), cost-intensive (cost of the catheter systems), or need extensive training (echocardiography). Consequently, the implementation of advanced haemodynamic monitoring is still low despite the high clinical relevance for the patients. It is the goal of this project to evaluate in healthy volunteers the routinely implemented technology of photo-plethysmography in its ability to detect haemodynamic changes by extended signal analysis of the pulse-contour and the pulse-wave-transit-times in relation to the gold-standard echocardiography. Secondary goal of this study is to analyse the physiological and haemodynamic changes during progressive central hypovolaemia displayed by non-invasive or minimal-invasive monitoring devices and associate the changes to each other.