49 Clinical Trials for Various Conditions
The purpose of this study is to test the effect of a twice daily, 30-minute, interdisciplinary, music therapist developed, nurse initiated, music listening intervention on acutely ill older patients as compared to patients who receive care as usual. Half of the participants will receive music therapy and the other half will receive care as usual.
The purpose of this study is to determine whether giving omega-3 fatty acids prior to and after cardiac bypass surgeries decreases the incidence of postoperative delirium in patients aged 65 and over.
The investigators have developed a proprietary blend of amino acids that they think will help to prevent or reduce the severity of delirium in older adults (60 years and older) who are hospitalized for certain infections. In this study, up to 45 people will be enrolled.15 will be asked to drink this blend twice a day for up to 4 days, and 15 will receive standard treatment in the hospital for the same time period. The other 15 subjects will be non-delirious control subjects who do not consume any study products.
Delirium (confusion) after surgery is common and associated with a longer hospitl stay and increased hopsital cost. There is very little information available about how often delirium occurs and the complications associated with it. Elderly patients are at high risk for delirium after surgery. This research is being done to measure how often delirium after spine surgery occurs and to see if there are ways to predict if delirium will develop. The results from this study will provide important information on a possible mechanism and predictor of delirium.
This research is being done to see what effects sedative drugs during surgery have on peoples' thinking processes after they wake up.
The purpose of this study is to develop a comprehensive Delirium Abatement Program of care of delirious patients in the post acute care setting and to evaluate its impact on persistence and severity of delirium and on functional recovery.
This study will be a pilot randomized controlled trial that will determine the effect of an indicator of delirium risk, which will be delivered either via a paper form or via the electronic medical record, on (1)postoperative delirium incidence; and (2)the development of long term cognitive decline and dementia.
This research study will evaluate the effectiveness of postoperative administration of a drug called suvorexant, to improve postoperative sleep and decrease the severity of delirium (serious confusion) in adults 65 years and older undergoing non-cardiac surgery.
The purpose of this research is to study pre-operative sleep problems and delirium in Hispanic/Latino patients after heart and lung surgery.
Our objective is to find an effective prophylactic intervention by evaluating IV acetaminophen's impact in reducing the frequency of postoperative delirium, one of the most common and detrimental complications of cardiac surgery in older adults.
The purpose of this study is to determine if using an over-the-counter, commercially available sleep noise machine playing pink or white noise will reduce the incidence of delirium in hospitalized patients over the age of 65. Delirium is an acute change in cognition which commonly occurs in hospitalized older adults, and is linked with sleep-wake cycle disturbance. Delirium is associated with increased morbidity and mortality as well as longer hospital stays. This project will record delirium screening scores for those receiving the intervention and comparing them to baseline data. Reducing delirium rates using a noninvasive, inexpensive method in a hospital setting could have a significant impact on patient outcomes and potentially reduce costs associated with longer hospital stays. It is anticipated that white/pink noise played at night will decrease rates of delirium in hospitalized older adults.
This study evaluates whether Ramelteon can prevent delirium, decrease the severity of incident delirium and improve sleep wake cycle in hospitalized elderly surgical patients. Half of the patients will be assigned to Ramelteon, while other half will be assigned to placebo.
Sleep disturbances, cognitive reserve, and continuing pain and inflammation are other risk factors contributing to delirium (confusion and agitation) and neurocognitive decline (in the long term) following heart surgery. Investigators aim to test a bundle of sleep optimization, cognitive exercise before surgery, and extended pain relief for 48 hours with intravenous acetaminophen combined with enhanced recovery after surgery protocols (SCOPE bundle). SCOPE will fill significant gaps in evidence by testing the value of a patient and care-provider-focused intervention that can potentially minimize POD and improve outcomes (cognitive \& physical function, sleep quality, pain, depression or anxiety, and survival) important to patients and families. The SCOPE trial will address many heart surgery outcome-related questions commonly asked by patients: What can I do to reduce my chances of developing confusion, hallucinations, or delirium after surgery? How can I best prepare before surgery to improve my long-term health and avoid disability? Are there exercises I can participate in that improve my sleep, pain, and mood after surgery? Intellectual pursuits, physical activity, and social interactions support cognitive reserve, while poor health, poor sleep hygiene, poor nutrition, and mental health disease can diminish reserve. Various interventions with different intensities and timing to augment cognitive reserve have been associated with positive outcomes on neuropsychological testing. Adaptive video gaming for as little as 10 hours leads to the maintenance of independence in activities of daily living and sustained improvements in speed of processing, attention, and working memory in older people. Likely through the increased cognitive reserve, perioperative brain exercise aims to protect against morbid cognitive recovery after surgery. Sleep is vital for memory and cognitive function. Poor sleep traits in older adults that are potentially modifiable, including short/long duration, daytime napping, and associated sleepiness, led to an almost 2-fold increase in delirium risk. Patients will complete an evidence-based course on healthy sleep habits and will complete guided exercises designed to restructure behaviors and thinking. They are encouraged to follow a set of recommendations to improve their sleep (e.g., optimal sleep duration, advice for habits such as daytime napping, maintaining a regular sleep schedule, avoiding caffeine, regular daylight exposure, dimming lights or electronics and relaxation and thought exercises for optimal sleep); many of these sleep behaviors have been strongly linked to increased risk for cognitive decline. Investigators propose that sleep optimization before AND after (an established best practice sleep bundle) surgical insult will contribute to cognitive reserve leading to decreased delirium risk and key patient-centered outcomes (postoperative sleep, pain, cognition, mood, and survival). Inadequate pain relief and opioids are both risk factors for delirium. Surgery on the chest is a significant pain source. Approximately 30-75% of patients suffer from moderate to severe pain in the postoperative period. Almost half of the patients have severe pain at rest, and three-quarters have severe pain during coughing and movement. Pain and inflammation are closely biochemically linked. Sleep, brain exercise, and adequate pain control with opioid-sparing can be additive or synergistic interventions to prevent delirium following heart surgery. Investigators propose three specific aims by conducting a 1:1 randomized controlled trial in 406 heart surgery patients 60 or older undergoing heart surgery. They will be administered perioperative sleep optimization, brain exercise training, and intravenous acetaminophen over 48 hours. A trained expert will administer the sleep and cognitive exercise protocols at least two weeks before surgery. This expert will handhold the patients for two weeks until the surgery. Thus, the gains made before surgery with better sleep quality and improved brain reserve will be sustained with postoperative pain control to lower the ongoing inflammation. Through this trial, investigators will evaluate if the SCOPE bundle can reduce 1) in-hospital delirium, 2) long-term (one, six, and twelve months) cognitive, physical, and self-care function, and 3) barriers to implementation of this bundle. Currently, no options are routinely available to patients to optimize their sleep and cognition before cardiac surgery. The proposed research is significant because it will be the first to test the bundled behavioral intervention approach (sleep optimization, brain exercise) before surgery with extended, scheduled pain management with non-opioids following surgery. The SCOPE trial will yield relevant and immediately actionable data to improve care for over 900,000 adults in the U.S. each year.
The goal of this observational study is to learn about sensory loss in hospital patients with delirium. The main questions it aims to answer are: * Are hearing and vision loss related to increased risk of having delirium? * Do hearing and vision loss contribute to more severe delirium? * Do sensory loss and/or delirium affect patient satisfaction with hospital care? Participants will be asked to: * answer delirium screening questions, * undergo hearing \& vision screenings, and * complete questionnaires about the hospital stay. The second part of this study is a clinical trial. Researchers will compare different hospital units to see if changing communication affects the number of patients with delirium. The main questions it aims to answer are: • Does sharing information about communication and/or providing hearing devices change the number of hospital patients with delirium? Participants in the study will be asked to complete delirium screenings and answer questions about their hearing and communication.
The purpose of this research is to investigate whether addition of the EyeControl-Pro platform as an adjunct to standard guideline-based intensive care unit management of critically ill patients is effective in reducing delirium incidence and severity.
The goal of this step-wedge trial is to test the implementation of daily nurse screening for delirium in routine care and its impact on outcomes and complications in hospitalized older adults admitted to 6 general medicine/surgery units at 3 hospitals in Pennsylvania and Massachusetts. The main question\[s\] it aims to answer are: * 1. To test the fidelity, accuracy, and durability of implementing daily nurse screening for delirium using the UB-CAM in routine care. * 2. To evaluate the impact of UB-CAM delirium screening on patient and care partner centered outcomes assessed at one month follow-up interviews 3. To evaluate the impact of UB-CAM screening on rates of delirium complications (falls, pressure injury, aspiration) and adverse delirium management (psychoactive medication use, restraint use). Participants (patients) will be assessed for delirium on study days 1, 2 and 3 (or until hospital discharge) and will be asked basic demographics. These patients will be contacted by phone 1 month after enrollment to collect information about inpatient facility use and to administer the Delirium Burden Patient Scale. Participants (care partners) will be interviewed at the patient's discharge to complete the Alzheimer's Disease-8 scale. These care partners will be contacted by phone 1 month after enrollment to complete the Delirium Burden Caregiver Scale and to complete a Qualitative Interview which includes questions about communication and collaboration.
Patients admitted to the hospital often develop functional impairments due to being in bed most of the day. Each day of bedrest leads to significant muscle loss. As a result, many patients become dependent on others or require rehabilitation at a facility to improve mobility and function prior to returning home. Staff in the hospital is limited and often unable to mobilize patients every day while hospitalized. The investigators are testing a new experimental gamified physical therapy exercise software to see if it can be a fun, enjoyable way to help mobilize patients without the assistance of staff. The primary aim of this pilot/proof of concept study is to determine whether gamified physical therapy software can help inpatients exercise within the safety of their own beds and preserve pre-hospitalization function.
This is a single-center, prospective observational pilot study. The objective of this study is to evaluate the effectiveness of trazodone as compared to quetiapine, in the management of ICU delirium in adult (\>=18 years old) surgical and medical ICU patients. The investigators will compare outcomes such as delirium duration, delirium-free days, coma-free days, in-hospital mortality, 28-day mortality, hospital length of stay (LOS), ICU LOS, mechanical ventilator days, complications, adverse effects, rescue medication use, delirium symptom severity, sleep duration, and sleep quality among participants receiving trazodone or quetiapine. The investigators hypothesize participants receiving trazodone will be associated with a shorter duration of delirium, decreased delirium severity, and improved sleep quality compared to participants receiving quetiapine.
Delirium is an acute confusional state characterized by fluctuating mental status, inattention, and either disorganized thinking or an altered level of consciousness. This form of organ dysfunction occurs in up to 50% of hospitalized patients and is associated with worsening mortality, prolonged hospital length of stay, higher health care costs, and accelerated functional and cognitive decline. Despite the negative consequences of delirium, the majority of cases are unrecognized by hospital physicians because it is not routinely screened for. In an effort to facilitate delirium screening, we sought to validate two brief delirium assessments (\<2 minutes) in the hospital setting.
Delirium is an acute confusional state characterized by altered or fluctuating mental status, inattention, and either disorganized thinking or an altered level of consciousness. This form of organ dysfunction occurs in up to 10% of older emergency department (ED) patients and is associated with worsening mortality, prolonged hospital length of stay, higher health care costs, and accelerated functional and cognitive decline. Despite the negative consequences of delirium, the majority of cases are unrecognized by emergency physicians because it is not routinely screened for. In an effort to facilitate delirium screening, the investigators sought to validate three brief delirium assessments in the ED setting.
The current study aims to elucidate the effectiveness of a preventative delirium protocol in patients older than 65 years of age undergoing elective surgery.
The purpose of this study is to explore the efficacy of a perioperative daily dose of Donepezil (a cholinergic enhancer) in reducing the incidence and severity of delirium.
This study will refine and pilot test an innovative, emergency department (ED)-based intervention for delirium screening, initial management, and communication with inpatient providers, and examine the impact of this intervention on the rate of documentation of delirium in the electronic health record by ED and inpatient providers. To achieve this, the study will develop and pilot test an intervention, Delirium Screening (SCREEN-ED) in the ED, involving 300 older patients (150 newly enrolled intervention participants, 150 historical controls (comparison group) currently being collected), that has 4 key components: systematic screening for delirium using the Confusion Assessment Method (CAM), informing providers of the screening result, a checklist protocol for initial delirium management based on clinical guidelines, and documentation in the Electronic Health Record (EHR) and communication with inpatient providers of delirium screening results. The study has two primary aims. The first is to refine and test the feasibility and acceptability of the SCREEN-ED intervention. The second is to examine the impact of SCREEN-ED on rate of delirium documentation and secondary outcomes (length of hospital stay, repeat ED visits and hospitalizations and mortality over 6-months) in the 150 newly enrolled intervention group compared with 150 already collected historical controls.
This research is being done to find out if patients and caregivers who use the iPREPARED mobile health technology experience less delirium, a type of acute confusion, and if they do experience delirium, the delirium will be less severe and distressful. iPREPARED prepares patients and caregivers on what to expect during their hospital stay and provides instructions and resources on how to use non-pharmacologic strategies like re-orientation, distraction techniques, and other activities to maintain their brain health during their hospital stay.
The investigation will establish biological plausibility and infrastructure required for a multisite clinical trial evaluating the re-purposing of fluvoxamine to mitigate postoperative delirium risk in geriatric patients undergoing non-cardiac non-intracranial surgery.
The purpose of this study is to determine the accuracy of an AI-based tool in the prediction of postoperative delirium (POD), in a population at moderately high risk of developing this syndrome (i.e., elderly orthopedic subjects). The population to be studied has already been enrolled in a parallel study regarding the likelihood of developing delirium, its relationship to the type of anesthetic, and the relationship between anesthetic type, development of delirium and risk for post-operative cognitive impairment (including risk for dementia) (Protocol ID#55169 \[David Drover-Principal investigator; José Maldonado-Co-investigator\]).
Traditionally, general anesthesia is maintained with inhalational anesthesia (GAS), but there is a gap in knowledge regarding whether intravenous anesthesia (IV) can prevent deleterious postoperative outcomes in the geriatric surgical population. The goal of this clinical trial is to determine whether intravenous anesthesia (IV) leads to a decreased incidence of postoperative delirium (POD), postoperative cognitive dysfunction (POCD), and functional decline, and improved patient-reported outcomes (PROs) in older adults undergoing non-cardiac surgery when compared to the standard inhalational anesthesia (GAS). This single-center, 1:1 randomized, double-blind (patient \& outcome assessor) clinical trial will compare inhalational vs. intravenous anesthesia on POD, POCD, functional status, patient-reported outcomes (PROs), and blood-based biomarkers in older patients undergoing elective, inpatient, non-cardiac surgery. Upon enrollment, 260 women and men ≥ 70 years undergoing elective noncardiac surgery under general anesthesia will be randomized to 2 groups: TIVA or GAS.
This project will implement a 2 step protocol for multidisciplinary geriatric assessment in the Emergency Department (ED). Candidate: Dr. Lauren Southerland is a Geriatric- and Emergency Medicine-trained physician at The Ohio State University Wexner Medical Center. Training: The career development plan will build upon Dr. Southerland's unique fellowship training in Geriatrics with courses in Implementation and Dissemination Science, a Black Belt in Lean Six Sigma, and Master's in Public Health courses. This combination will position her as an expert in Implementation research, with the career goal of translating validated, effective elements of geriatric care into the daily practice of Emergency Medicine. Mentors: Dr. Southerland has an experienced mentorship team who will provide guidance in the intricacies of emergency research (Dr. Jeffrey Caterino, MD, MPH), implementation strategies and studies of hospital staff and nurses (Dr. Lorraine Mion, PhD), implementation frameworks and reporting (Dr. Christopher Carpenter, an EM physician at Washington University at St. Louis), and identifying environmental and human factor barriers to quality care. Project: Multidisciplinary assessment by geriatricians, physical therapists, case managers, and pharmacists identifies and addresses underlying geriatric issues in older ED patients. However, only a few EDs across the country have been able to incorporate multidisciplinary care for their older patients, due to barriers such as personnel costs, work flow culture, and the 24 hour ED care model. We developed a two-step protocol to address these barriers: Step 1 is quick, sensitive screens for fall risk (4 Stage Balance Test), delirium (Brief Delirium Triage Screen), and frailty (Identifying Seniors at Risk Score). Patients with concerning results will be placed in an ED Observation Unit for (step 2) multidisciplinary geriatric assessment. In Aim 1 we will use the Consolidated Framework for Implementation Research and Lean Six Sigma methods to identify and address residual barriers to full implementation. Aim 2 will evaluate the effectiveness of this protocol in regards to patient-oriented outcomes (functional status and health-related quality of life at 90 days). By using implementation frameworks and processes, we will develop a protocol that is effective, sustainable, and ready for dissemination to EDs across the US.
This is a pilot randomized controlled trial that will test whether a multicomponent decision support system will improve the postoperative environment for neurocognitive and clinical recovery in older, high-risk surgical patients. Decision support systems will be tested that provide targeted alerts and recommendations to the Hospital Elder Life Program and family members for delirium prevention.
The research team is creating a foundational infrastructure in order to develop a precision medicine approach for geriatric patients who require surgery with anesthesia. The team plans to build the first of its kind comprehensive database of demographic and risk factor questionnaire responses, biobanked blood specimens, intraoperative electroencephalography (EEG), and inclusive cognitive testing throughout patient interaction starting at the preop appointment until a year later. This will be used to create a predictive model of periooperative neurocognitive disorders.