27 Clinical Trials for Various Conditions
Children with medical complexity (CMC) are the most vulnerable of children with chronic diseases, who have complex, multisystem chronic diseases affecting ≥3 organ systems, severe functional limitations and technology dependencies. CMC have high health care needs, and account for 40% of hospitalized children and 35% of all pediatric health care costs. Due to high medical fragility, CMC have frequent acute deteriorations superimposed on their chronic conditions, leading to recurrent emergency department (ED)/hospital admissions and affecting quality of life (QOL). To reduce ED/hospital admissions for CMC, remote monitoring is suggested, with use of mHealth apps to regularly assess their health status remotely and identify early signs of acute deterioration, allowing for early interventions to prevent ED/hospital admissions. Yet no app to support remote monitoring of CMC exists. Variable, multisystem conditions among CMC make it difficult to develop an app. Also, many CMC are at high-risk for health care inequities, with minorities having higher unmet needs, but the impacts of health care inequities and social determinants of health (SDOH) on ED/hospital admissions in CMC are rarely studied. Fortunately, ED/hospital admissions for CMC are often preceded by a limited set of shared (crosscutting) acute symptoms. These crosscutting symptoms rarely occur suddenly. Studies suggest that they usually start as subtle signs, often unnoticed by parents until they escalate to prompt an ED/hospital visit. Thus, crosscutting symptoms offer an opportunity for a novel and practical approach for developing a remote monitoring app for CMC, despite their multiple, variable underlying conditions. In a focus group, parents identified the crosscutting symptoms that most often preceded their children's hospital admissions, and conveyed their needs, preferences and key functionalities that led to MyChildCMC, the first app designed to monitor and identify early signs of crosscutting symptoms in CMC. In a pilot trial of 50 subjects, we confirmed feasibility of MyChildCMC use by parents, ability to detect early signs 2-14 days prior to ED/hospital admissions, and use leading significantly to fewer hospital days than controls. The current study will assess the efficacy and sustainability of MyChildCMC in a fully-powered 6-month, 2-arm (MyChildCMC vs usual care) trial of CMC (age 1-18 years) and their parents. Parents assigned to MyChildCMC will use the app daily for 6 months, both arms will receive financial incentive for participation, then we will stop the incentive and follow subjects for 6 more months to assess sustainability at 12 months. We will also assess if MyChildCMC use will help reduce or eliminate inequities in ED/hospital admissions. Specific Aims are: 1) Determine MyChildCMC's efficacy on 1.a. Child (ED/hospital use, hospital days and QOL) and 1.b. Parent (satisfaction, self-efficacy and stress) outcomes; 2) Compare ED/hospital use among racial/ethnic and SDOH subgroups to assess potential effect of MyChildCMC on inequities.
To determine if clinicians can safely reduce antibiotic exposure in children with medical complexity (CMC) who are diagnosed with pneumonia by implementing an intervention that bases total antibiotic duration on an individual's clinical stability.
Children with medical complexity (CMC) have very high needs for health and support services. CMC have very rare diseases that involve multiple organ systems. As a result, all CMC have multiple chronic conditions and need care from many specialists and services. While there are important benefits to the child and family in living at home, the continuing need for complex medical care places a profound burden on caregivers. Telehealth has long been considered a potential solution to barriers in access to care for children. The purpose of this research is to test whether telehealth can help pediatric primary care providers (PCPs) as they treat, monitor, and manage children with medical complexity (CMC). Additionally, it is to reduce caregiver and child burden as well as improve care coordination between multiple providers.
The number of children with special health care needs (CSHCN) in the US is nearly 20% of children representing approximately 14.6 million children nationally. A subgroup of CSHCN are children who have the most intensive healthcare needs known as children with a medical complexity (CMC). Parents of CMC experience many challenges. In addition to typical caregiver tasks, parents of a CMC may experience added stress and are more likely to experience higher rates of anxiety, depression, and post-traumatic stress disorder than parents of healthy children. This project aims to explore the acceptability and feasibility of a mindfulness mobile application for parents of a CMC as well as determine the effectiveness of mindfulness application use on stress, depression, and family management in parents of a CMC. Forty-five participants will be recruited and given access to a mindfulness application and instructed to use it at least 4 days a week for at least 10 minutes. Parents will fill out questionnaires on app usage, as well as stress, depression, and family management. This work will be accomplished through a pilot single arm approach.
The goal of this clinical trial is to compare different strategies to communicate around potential risks and benefits related to treatment decision making in parents/adult caregivers of children with medical complexity. The objective of this study is to identify the most effective ways to communicate decision-related risks and benefits to improve the quality of caregiver decision making for children with medical complexity. Participants will view a video of a simulated clinic visit and related medical information and complete a survey about their experiences. Researchers will compare participant survey responses to see if decision quality changes based on the information reviewed by the participant.
The purpose of this study is to assess if the benefits for children with medical complexity (CMC) receiving comprehensive care (CC) in an enhanced medical home can be further improved by enhanced telemedicine program (ETM) provided during clinic hours using mobile devices to measure temperature\& oxygen saturation, auscultate the heart \& lungs, and view the skin, throat, \& tympanic membranes in the home.
The Coronavirus Disease 2019 (COVID-19), caused by the SARS-CoV-2 virus, is a worldwide pandemic that has resulted in large-scale quarantines in cities, states, and countries throughout the world. SARS-CoV-2 is a respiratory virus that is most commonly spread via contact with infective respiratory droplets and aerosols produced by coughing, sneezing, talking, and singing. Children with medical complexity (CMC), i.e., children with multiple severe chronic conditions, high resource use, severe functional limitations, and substantial family-identified service needs, are a medically vulnerable population for the development of severe COVID-19. Deciding to send CMC to school poses a major dilemma to families wanting to minimize severe COVID-19 risk. School personnel also face risks when CMC attend school. Despite these challenges, achieving in-person school attendance is critical for CMC. Compared to non-CMC, academic and social development for most CMC hinges on being at school. Severe intellectual and developmental disability impairs one's ability to engage with online platforms. Health-promoting services delivered at school, e.g., physical, occupational, and speech therapy, are likely less effective when delivered virtually. Parents of CMC, already disproportionately unemployed due to their child's care needs, experience added employment strain when their child is out of school. The study objective is to increase the safe return to school for CMC by 1) evaluating the feasibility of school-based COVID-19 testing strategies and 2) identifying parent and staff perceptions of testing and school attendance. A related study (ReSET Aim 1a, NCT04895085) will evaluate the same factors in home-based testing strategies in CMC exclusively.
The purpose of this research study is to learn about the factors parents consider when deciding whether their child will go to school in-person or attend from home. Investigators are also interested in learning whether access to in-home COVID testing is of value to parents and also whether it affects decision-making about returning to school. This study is being done at UW-Madison in partnership between the Department of Pediatrics and the Department of Industrial and Systems Engineering. A total of 50 caregivers (plus their children with medical complexity) will participate in this study. Additionally, 20 caregivers involved in the study may also be invited to participate in a one-hour, virtual visit in which the caregiver demonstrates and discusses how they perform in-home COVID testing with their child. The results of the study may help researchers advance their understanding of in-home testing strategies for children with medical complexity.
The overarching objective of this study is to make it easier for parents of children with medical complexity (CMC) to take care of their children after discharge home from the hospital and reduce the chance of post-hospitalization morbidity (meaning bad outcomes such as readmissions) after discharge. CMC, or those with multiple chronic conditions, progressive conditions, or technology dependence, are at high risk for post-hospitalization morbidity.
Background: Children with medical complexity (CMC) have higher hospitalizations and readmissions compared to children without medical complexity. While CMC were institutionalized in the past, increasingly CMCs are now cared for at home. Caring for individuals with disabilities at home, and not congregate care settings is a Healthy People 2020 Objective. Home health nursing, especially good-quality care, is important for CMC. The purpose of this research is to test whether collaboration between home health nurses, primary-care doctors, and the complex care team (a special team at Brenner Children's Hospital that provides care for children with complex chronic medical conditions (CCMC)) can improve the health of these children.
This proposal addresses the major challenge of improving health outcomes for children with cancer and other complex conditions, for whom the effectiveness of outpatient care depends on care coordination across a diverse group of caregivers that includes parents, community support organizations and pediatric care providers. The investigators have developed GoalKeeper, a prototype system for supporting care coordination across multiple care providers. The primary aim of the clinical trial is to assess the potential for this new system, GoalKeeper, to improve meaningful use of goal-centered care plans in the care of children with cancer and other complex chronic conditions.
Children with medical complexity (CMC) account for \<1% of all children but approximately 40% of all pediatric deaths and inpatient care spending in the U.S.1 Optimizing their outcomes requires a comprehensive approach to augmenting care in all settings: clinic, hospital, and home. The clinic component of the comprehensive care (CC) program provides 24/7 access to an experienced team of primary care providers and subspecialists and reduced their serious illnesses and hospital and ICU days by 47-69% and health-system costs by \>$10,000 per child-year.2,3 The hospital component (inpatient consultation service) is further improving outcomes. Having improved both inpatient and outpatient care, the investigators now propose to complete a 360 degree approach by developing and rigorously assessing an integrated telemedicine-home-visitation program (THVP) to augment care for CMC in their homes to reduce the need for clinic visits as well hospitalizations. Building on prior experience in using telemedicine for children at UTH and evidence of benefits in other populations, 4,5 the providers will use a convenient, inexpensive, HIPAA-compliant telemedicine platform to make observations in the home to augment care, help address acute problems remotely at any hour, better coordinate care with healthcare personnel, and thereby reduce clinic visits, ED visits, and hospitalizations. Home visits will be conducted by a nurse home visitor whenever considered likely to be beneficial for any of the CMC and at least once by the primary care providers (PCPs) immediately following enrollment of children with chronic respiratory failure requiring mechanical ventilation at home. To promote reimbursements and further grant funding, the investigators will test the integrated THVP in a randomized quality improvement (QI) pilot study to verify its effectiveness in reducing total days of care outside the home.
The investigators hypothesize that an intervention, within an established patient-centered medical home, aimed at reducing modifiable risks for hospitalization, can decrease hospital utilization among medically complex children.
Under the auspice of 'Specially for Children and with funding from the Seton Healthcare Family, Children's Comprehensive Care (CCC) in Austin, Texas, has developed a coordinated and integrated model of care for children with medical complexity. This model serves as the patient's Medical Home (primary care provider, (PCP)), and uses extensivists (physicians who work as hospitalists and within the PCP) and nurse practitioners to provide continuous care between hospital and primary care. This model seeks to provide a system of care that more fully meets the complex needs of the child and family, while implementing innovations in care delivery, fully implementing family-centered practice, and "embedding" behavioral, psychiatric, psychosocial, and palliative care. This study is a randomized intervention trial that evaluates the effectiveness of the newly-created Children's Comprehensive Care on two outcomes: utilization and cost of care; and, evaluation of the experience of parents and their families.
An Emergency Care Action Plan (ECAP) is a tool intended to be helpful to providers when treating a child with complex medical needs during an emergency. Once created, ECAPs are added to the Electronic Health Record (EHR), shared with the child's caregiver(s), and kept up by all of those involved in a child's care. The goal of this study is to measure important health outcomes (ex. inpatient days, emergency department visits) in terms of the use of the ECAP for infants discharged from the Neonatal Intensive Care Unit (NICU). This study will also measure other real-time potential challenges related to the use of the ECAP including, but not limited to, if it is being used, if providers and caregivers want to use it, and if they keep using it over a long period of time.
The investigators have developed a tool to facilitate self-management for children with medical complexity (complex, multisystem chronic diseases) called MyChildCMC (My Child's Complex Medical Condition). MyChildCMC is an online, phone application (app) that engages parents daily in ongoing monitoring of common, crosscutting acute symptoms, including respiratory distress, inadequate feeding/fluid intake, fever, altered mental status, pain, and seizure status. The MyChildCMC app also guides parents to recognize early warning signs for health deteriorations to avoid acute events (i.e., ED visits and/or hospitalizations). Parent comments during the development of the MyChildCMC application revealed that the tool had potential in helping them manage their child's chronic conditions. This study will be the first to explore if online home monitoring using online technology is feasible, scalable, and can lead to improved CMC outcomes. This pilot trial for the MyChildCMC app was designed to determine preliminary impact by comparing outcomes (child QOL, child emergency department and hospital admissions, and parent/caregiver satisfaction with care) between the intervention and control groups. If successful, our approach will be a model for improving CMC care and reducing costs for families and children with medical complexity. Future MyChildCMC trials will integrate care coordination and a more robust alert system to help facilitate care and follow-up for patients.
This is a single-site, stratified grouping parallel- randomized control trial design comparing 30-day all-cause readmission rates and parent experience with two groups of pediatric participants.
The overall objective of this proposal is to test an interdisciplinary intervention to support the transition to oral feeding for children with feeding tubes and tracheostomies. The investigators' model which combines in-home clinical assessments with virtual therapies may maximize the impact of expert interventionists. The investigators' central hypothesis is that children with feeding tubes and tracheostomies will have greater success than a control group when enrolled in a hybrid in-person/virtual intervention including: (1) a coordinated feeding team with an occupational therapist, speech/language pathologist, and registered dietitian; (2) family liaison study coordinators who are poised to support the family through personal experience; (3) a project leader who is a Developmental Behavioral Pediatrician with expertise in children with tracheostomies. The overall objective of this proposal is to test this intervention to increase oral feeding in children with feeding tubes and tracheostomies. To pursue this objective, the investigators propose the following aims: Specific Aim 1: Children enrolled in the intervention group will have improved caregiver self-efficacy and reduced worry related to feeding as determined by The Feeding and Swallowing Impact Survey at the end of a 1-year intervention. Specific Aim 2: Children enrolled in the intervention group will have increased oral vs. tube-fed calories and reduced dependence on feeding tubes as determined by detailed dietary histories and The Children's Eating and Drinking Activity Scale (CEDAS) at the end of a 1-year intervention. The investigators' intervention will determine if a tertiary center of expertise can use a combination of home assessments and virtual interventions to address critical feeding needs for children with tracheostomies. Future clinicians could refer patients to the investigators' center instead of relying on community therapists, who rarely exist. The weekly feeding group sessions as well as the administration of the therapies in a virtual format are research-related. While the therapy techniques implemented during the study are standard of care and within the practice parameters of the practitioners involved, the use of them in a virtual format are novel and should be considered research-related.
The objective of the study is to pilot a parent-to-parent coaching model with experienced family members of children with Invasive Mechanical Ventilation (IMV) as parent coaches.
Infants with medical complexity (IMC) are a challenging population with more emergency department visits, inpatient stays, and higher healthcare costs than other children. IMC also experience lower quality emergency health care. The PI and team propose to adapt and put into place an emergency care action plan (ECAP) for IMC across four US hospitals, working directly with medical providers and families in each setting. After the tool is made available to providers and families, the PI and team will measure if the ECAP tool helps decrease the number of hospitalizations (primary research outcome) for IMC, as well as if the ECAP is feasible, acceptable, and useable for those using the ECAP over a one-year period.
Some children who are born very early or have other congenital conditions may develop severe, long-term lung problems that make them need to use a breathing machine to live at home. There are no studies that identify the best ways to monitor a home breathing machine or adjust its settings. Increasingly, healthcare systems are using information collected at home to make more informed decisions about a patient's healthcare treatment, which is called "remote patient monitoring". This study will ask whether using remote patient monitoring can provide more complete information to a child's team of doctors, nurses, and respiratory therapists to help a child's healthcare team and family make more informed decisions about a child's home ventilator care. The investigators are hypothesizing it can safely decrease the level of breathing support children need while also avoiding emergency and hospital care and supporting their growth, development, and participation in daily life.
This study determines whether the mHealth intervention, Meds@HOME, helps caregivers improve medication administration to Children with Medical Complexity (CMC) who use high-risk medications. A total of 152 primary caregivers, 152 children, and up to 304 secondary caregivers will be recruited and can expect to be on study for up to 6 months.
The purpose of this study is to evaluate whether an intervention called Pediatric Medication Therapy Management (pMTM) improves the identification and management of medication-related problems among children with medical complexity and polypharmacy.
This study seeks to evaluate a Structured Family Deliberation that will serve as the primary intervention in a multicenter controlled trial involving families considering tracheostomy and home ventilation for the child. In this study, the investigators will evaluate the feasibility, usefulness, face validity, and preliminary impact of this approach on preparedness for decision making among participants.
This study plans to learn about how to measure symptoms (like tiredness or rash) in children with special healthcare needs who take 5 or more medications. Sometimes symptoms change in severity over time or new symptoms develop. This can happen after a new medication is started. This can also happen after the dose of an existing medication is changed. The Investigators believe that parents will be able to provide the best assessment of any symptoms that their child might be experiencing. This study asks parents to report any symptoms their child is currently experiencing.
The investigators will conduct a pilot quality improvement trial to assess the impact of offering inpatient consultation to further optimize coordination and improve care for high-risk chronically ill children receiving comprehensive care in an enhanced medical home.
The purpose of this study is to research a new type of test for cerebral palsy that can be performed earlier, at 10-15 weeks of age (after the due date for premature infants). The test involves a standardized video recording of a baby's natural movements for about 10 minutes. The video recorded movements are evaluated by a special trained observer and also by a computer program. There are some small studies from Europe that suggest that this type of evaluation may be accurate in early diagnosis of cerebral palsy. However, the investigators do not know if this type of evaluation is reliable in large groups of infants, including infants from Children's Memorial Hospital, who tend to be sicker and have more complicated illnesses than many of the European infants. The investigators would therefore like to evaluate whether this type of video recording could be used in the future for early diagnosis of cerebral palsy.