View clinical trials related to Quality of Life.
Filter by:Children with esophageal atresia and tracheoesophageal fistula (EA-TEF) may experience feeding and swallowing difficulties, which result in stressful interactions between children and caregivers, and potentially impact the concerns of caregivers. The aim of this study was to assess concerns of caregivers of children with EA-TEF related to feeding-swallowing difficulties.
Demographic changes in the industrialized world are expected to prompt a need for better organized and more efficient health care services. In order to curb costs, health care providers in many countries are searching for viable alternatives to hospitalizations. Norwegian white papers and reform documents presume that the municipalities will play a central role in meeting the growth in demand for health services. Central public policy documents and national research strategies highlight that we need pathways characterized by good quality and safe care, and which are responsive to needs, based on user involvement, continuity of care and successful collaboration within and between service levels. The 2012 Coordination Reform placed new responsibilities on municipalities in the delivery of primary health care services and on hospitals as deliverers of specialist services, as well as on the integration and collaboration between the two organizational levels. This reform mandates that all 428 Norwegian municipalities are obliged to establish or co-operate on establishing Municipal Acute Wards (MAW) (In Norwegian: Kommunale akutte døgnplasser), so as to alleviate pressure on hospitals. However, the research basis for these units is relatively weak. Hence, there is little information on the outcomes regarding the quality, cost-effectiveness, patient-reported as well as personnel-reported outcomes of this new level of care. This study aims at assessing the outcome of admissions to MAWs compared to a general hospital for patients in need of acute care, that can be treated at a lower and decentralized level of health care, with potentially less resources than traditional hospitalizations. The study will use a Randomized Controlled Trial (RCT) design. It builds on previous research and systematic reviews, and aims to assess several outcomes, including health-related quality of life (HRQoL), patient experiences, cost-effectiveness, short-term mortality and morbidity, and draws on linkages to national registers.
Background and aims: A low-fat diet has been traditionally recommended after cholecystectomy although evidence is lacking. The main aim of the study is to assess either if digestive symptoms improve following the operation and if the restriction of fat in diet does influence these symptoms. Methods: Symptoms have to be prospectively assessed by the GIQLI score (Gastrointestinal Quality of Life Index) at baseline, and one month after cholecystectomy. A low fat diet or equilibrated diet is randomly assigned to patientes distributed in two groups (N=80) candidates to gallbladder removal. Patients have to follow the prescribed diet and complet a questionnaire of symptoms (GIQLI Symptomantic score).
TITLE: Effects of a high-intensity progressive-cycle program on quality of life and motor symptomatology in Parkinson's disease population BACKGROUND: The benefits of aerobic exercise in persons with Parkinson's disease (PD) have been widely studied; however, little research has been done on the effect of high-intensity aerobic exercise in this group. HYPOTHESIS: The high-intensity aerobic training in pedaliers, combined with balance training, improves motor symptoms and quality of life in a population with Parkinson Disease, Hoehn & Yahr 1-3. OBJETIVES: To ascertain whether high-intensity aerobic training with exercise peddlers and balance training can improve motor symptoms and quality of life in a PD population of Hoehn &Yahr (H&Y) disability score 1-3. METHODOLOGY Setting: Rehabilitation centers in secondary care. Design: A pilot randomized controlled trial. Participants: A total of 14 patients participated in the 8-week study. Interventions: They were comprised of a control group (n=7) that followed a balance protocol and an experimental group (n=7) that performed high intensity (70%) aerobic workout using an exercise peddler + a balance protocol once a week. Main Outcome Measures: The primary outcome measures included the 8-Foot Up and Go, test, 6-minute walk test, test 2-minute step tets, Parkinson Disease Questionnaire-39 (PDQ39), Unified Parkinson's Disease Rating Scale (MDS-UPDRS) and Tinetti test.
In this study, patients are prospectively followed after radioiodine treatment to assess the relationship between thyroid status and their quality of life after thyroid ablative treatment. A third treatment arm after surgery has been stopped, as deemed currently not feasible to achieve its target.
The purpose of this research is to find out how people with epilepsy and possible symptoms of anxiety or depression are doing for 6 months after a regular epilepsy clinic visit. Participants in this study will complete questionnaires either by phone or via the patient portal.
Aim of this study is to evaluate whether treating HCC recurrences in resected elderly patients is advantageous or not.
The aim of the study was to evaluate a new integrative day-care clinic concept for breast cancer patients receiving chemotherapy. This is an explorative pilot study. Therefore, all outcomes are analyzed exploratively.
To evaluate the impact of Disney movies on quality of life (QOL) of gynecologic oncology patients. 25 Patients are watching Disney movies on portable DVD players during chemotherapy, 25 patients are not allowed to watch TV. EORTC QLQ-C30 and EORTC QLQ-FA12 surveys are given to the patients before and after the six chemotherapies. Hypothesis: Disney movies can elevate patients QOL.
Background: 36% of the Italian population will have more than 65 years in 2050. The European Union has indicated among its priorities to increase research on active aging. Physical activity contrasts disability linked to chronic diseases, has positive effects on the quality of life and on biological rhythms, prevents the decline of motor functions, improves the immune response, and prevents / positively affects metabolic disorders. It also provides valuable support in coping with cognitive decline and memory, and acts on depressive symptomatology. The literature on active aging is based, to date, on studies with small samples, rarely conducted with a randomized controlled method, whose outcomes often appear contradictory. The multidisciplinary project the investigators propose is an opportunity to address the issues mentioned above and to acquire further knowledge in the field of active aging. Objectives: the main objective of the study is to evaluate the effects of mild-to-moderate physical activity in a sample of over-65 years-old persons, on Quality of Life, and on biomechanical parameters (static-dynamic balance, mobility). The secondary objectives are aimed at assessing whether a protocol of mild-to-moderate physical activity can improve: - Metabolic functions - Cognitive performance - Perception of pain - Social rhythms and psychological wellbeing - Inflammatory state Design: randomized controlled trial (RCT), single-blinded, with follow-up. Sample: participants will be ≥ 65 years old, of both genders, sedentary, enrolled in two arms through a random assignment (treatment/control) with ratio of 1:1, as following: - about 60 subjects who will carry out a light-to-moderate physical activity intervention (experimental group); - about 60 subjects in the control group, who will participate in group cultural activities (active comparison group). Assessment: the assessment will include socio-demographic variables; variables of psychophysical wellbeing; cognitive variables; variables related to physical health; biomechanical variables; assessment of skin integrity; lab tests on blood samples. Times of evaluations: both groups will be subjected to the measurements of the present study according to the following schedule: - T0 (baseline): before the start of the intervention - T1: 12 weeks after T0 (at the end of the intervention) - T2: after 20 weeks from T0 (follow up 1) - T3: 48 weeks after T0 (follow-up 2).