View clinical trials related to Mobile Applications.
Filter by:First evaluation of FindMyApps, a tablet intervention consisting of a selection tool for usable apps for self-management and meaningful activities and a training that supports informal carers to help people with dementia to learn how to use the tablet and the tool.
This study was designed to evaluate the feasibility of using a Standardized Home Spirometry (SHS) Method to develop normal range values, to detect a variance (i.e., a value outside of that normal range), to evaluate a variance with a questionnaire, and to download all data in normal volunteers prior to evaluation and use on a larger scale for lung transplant recipients. The Standardized Home Spirometry (SHS) Method consists of a FDA-approved Bluetooth Spirometry unit, FDA approved Bluetooth Pulse Oximeter and an Android-based Tablet which is embedded with an investigational Home Spirometry Mobile Medical Software Application for data and symptom survey collection and transmission over secure WiFi or cellular connectivity in HIPAA compliant fashion (labeled only with a date/time and machine ID stamp) to an associated investigational IT Server Dashboard at the Central Monitoring Institute Server at Washington University in St. Louis.
The present study aims to enhance the adherence of beta-blockers by Patient Support Tool through a smart phone application and a wristband, subsequently reduce the risk of angina attacks in patients with stable angina pectoris.
Optimal prescribing of antimicrobials is becoming increasingly challenging because of the growing complexity of guidelines and constantly changing distribution of infectious pathogens. Prescribing antimicrobials appropriately according to local guidelines optimizes therapy for the individual patient and reduces the emergence of resistance. By adapting and evaluating a smartphone based app containing local guidelines we aim to study appropriate prescribing of antimicrobials by physicians in three hospitals (Netherlands, Sweden and Switzerland).
This survey aims to better define the wishes/needs of the Belgian Anaesthesiologists within the field of mobile technology, namely, what would help improve the daily anaesthesia practice.
The aim of this study is to evaluate if modern technology such as smartphone applications can be used to facilitate lifestyle changes and thereby improve health-related quality of life in gainfully employed persons in the general population in Stockholm, Sweden. The hypothesis is that at follow-up, the intervention group that use the new application will have improved health-related quality of life and other lifestyle habits including diet, physical activity and sleep, as well as biomarkers, compared to a control group.
This study will determine the feasibility and effectiveness of using a mobile-based social services screening and referral tool in an urban pediatric Emergency Department (ED). Families will be offered the option to either download the tool, known as HelpSteps, as a mobile application ("app") on a personal cell phone or to use the app on a provided tablet. After leading the family through a brief social needs screening survey, HelpSteps will recommend local social service agencies based on identified needs and location. Families will then complete a brief survey on the ease of use of the tool as well as receive a follow-up call to ask about usefulness of the tool in solving social problems. The investigators will also ask physicians to fill out a brief survey about the use of the tool in the ED.
This study was designed to determine the potential benefits that individuals with heart failure (HF) could experience from using a mobile application.
This study evaluates the frequency of use of smartphone health applications among people consulting in primary care in the Grenoble region, France. This is a descriptive study using a questionnaire completed by the patient and distributed by general practitioners. The study also collects the type of used application as well as the rhythm of usage, and compares the use of mobile health applications according to the sociodemographic, geographical and medical characteristics of the studied population.
Patients with complex, long-lasting conditions such as chronic kidney disease (CKD) often take multiple medications and frequently have serious medication problems, arising from poor communication between doctors and patients. Prescription errors or misunderstandings can cause harm and lead to emergency room visits or even hospitalizations. To address these issues, medication reconciliation is now used by hospitals as a way to confirm the medication list of patients on admission to and discharge from hospital. However, a similar process does not exist outside the hospital setting. In recent years patients have become more proactive in undertaking activities with a direct bearing on their health. Such activities may include maintaining an accurate list of their medications. The rapid growth of the digital health arena has led to the development of a large number of commercially available mobile medication management apps for patients. These digital tools are 'stand-alone' products that are not integrated with the patients' pharmacy or health record system. They rely on patients to enter the list of their medications and update it as necessary. Moreover, few have a function to communicate medication changes or problems with their healthcare providers. Recently, an integrated smartphone, eKidneyCare, app system was developed with a medication management feature to help patients maintain an accurate mobile medication list. Patients' current medication information in the pharmacy database is uploaded onto their by a pharmacist and changes are tracked regularly through a bi-directional communication system. Updates to the medication list occur seamlessly by the pharmacist, and patients and their physicians are notified about any medication errors or serious adverse events. This study will determine whether our eKidneyCare app with its medication management feature will decrease medication errors and improve patient safety compared to the more traditional way of managing medications.