Keyword: "app"

10 items were found with the keyword "app".

  • ManageHF4Life

    New

    PI: Mike Dorsch

    Despite major scientific advances, heart failure continues to be a common and costly condition, and each year more than 1 million people are admitted to an inpatient setting for acute heart failure. There is an urgent need for low-cost solutions to reduce morbidity in heart failure.  Several studies have shown that self-monitoring can improve quality of life in heart failure patients. Self-monitoring includes daily tracking of symptoms, weight, and exercise. Accurate self-monitoring, feedback and self-efficacy (an individual’s belief in their ability to perform a specific behavior) are essential components of the self-regulation cycle and are critical for managing heart failure.  ManageHF4Life is a mobile application designed to promote self-monitoring and self-management of heart failure. Behavior change interventions that focus on self-regulation are particularly well suited for automation. The use of technology can decrease the burden of self-monitoring and enhance self-regulatory efforts. Cyclical processes of goal setting, behavior change, and goal assessment can be easily tracked, charted, reviewed and automated. (01/01/2017 - 01/31/2019)

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  • LowSalt4Life

    PI: Mike Dorsch , Scott Hummel MD MS

    High dietary sodium intake is linked to incident hypertension, stroke, heart failure and kidney disease. U.S. federal guidelines advocate daily sodium intake of less than 2,300 milligrams (mg) with further reduction to 1,500 mg in persons who are 51 and older and those of any age who are African American and/or have hypertension, diabetes, or chronic kidney disease. The estimated average sodium intake for Americans is 3,400 mg per day. In recent years, consumption of pre-processed and restaurant foods has substantially increased, and more than 75% of sodium in the average U.S. diet now comes from these sources. The important gap is that most patients prescribed a low sodium diet either do not understand or have information about the sodium content of the foods they eat, and current IT approaches to reduce sodium intake focus solely on counting the amount of dietary sodium eaten. Therefore, there is a critical need to develop technologies that provide just-in-time information about low sodium choices in both grocery stores and restaurants with an overall goal to improve the ability to reduce dietary sodium intake. LowSalt4Life is an app designed to provide education, assistance, and support to people who are trying to reduce their sodium intake. It includes actionable push messages to promote adherence to a low sodium diet, and was developed using information derived from focus groups. The goal is to demonstrate the effectiveness of the mobile application in reducing sodium intake in participants with hypertension.   (08/01/2016 - 08/01/2019)

  • MiMove: Knee Rehabilitation

    New

    PI: Cathleen M. Connell, PhD , Susan A. Murphy, PhD , Maratt

    MiMove: optimizing the transition to home after knee replacement surgery.  (05/01/2016 - 12/31/2016)

  • Breast Cancer Ally

    New

    PI: Michael Sabel, MD, FACS

    Breast Cancer Ally is an iPhone app developed in partnership with University of Michigan breast cancer specialists. It provides information about breast cancer and helps patients at the University of Michigan Comprehensive Cancer Center manage their symptoms. Breast Cancer Ally helps patients through every stage of treatment, from the initial diagnosis, through surgery, chemotherapy, radiation therapy, and anti-estrogen therapy.More information can be found at the University of Michigan Comprehensive Cancer Center site. (04/01/2014 - present)

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  • MyChemoCare

    PI: Lawrence C. An, MD

    This study addresses critical gaps in cancer symptom management through the creation of a mobile chemotherapy symptom management application. The MyChemoCare application proactively assesses for the presence and severity of common chemotherapy side-effects and provides personally tailored feedback via daily SMS text messaging to enhance patient mastery in symptom self-management. (12/16/2012 - 01/31/2015)

  • Mobile Dad: A technology application to enhance father engagement

    PI: Shawna J. Lee, PhD

    Our long-term goal is wide-scale dissemination of a mobile application that is highly usable within the USAF context and is tailored to USAF fathers of young children. We use the term “father” in the broadest definition to include biological, adoptive, and step-fathers as well as father surrogates. The objective of this proposal is to provide a demonstration that a smartphone-based approach with a sound conceptual base and documented effectiveness can be adapted to the specific needs of USAF fathers. The rationale for this proposal is that a smartphone application, called Mobile Dad Baby Book (or Mobile Dad for short), is responsive to mobility demands faced by USAF personnel. Further, it provides a highly cost-effective method for delivering parenting support for all fathers within the USAF context whether they are active duty USAF or non-USAF personnel acting as a caregiver while their USAF spouse/ partner is deployed. (07/01/2012 - 05/08/2014)

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