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The goal for this clinical trial is to compare the immune effects of three different medicinal mushrooms to a placebo. The mushrooms include Agaricus, Reishi, and Turkey Tail.
The purpose of this study is to address the need for effective spiritual care support for patients with lung and gastrointestinal cancer. This study will examine how spiritual care affects spiritual wellbeing, anxiety, depression, satisfaction with spiritual care, and quality of communication.
A multicenter, prospective, controlled clinical trial evaluating the efficacy of a single layer placental-based allograft and standard of care in the management of nonhealing diabetic foot ulcers.
This is a single center single-arm, pilot study of proactive and early connection with free legal care services for patient-caregiver dyads affected by colorectal cancer to assess the feasibility, acceptability, and preliminary efficacy of this intervention in improving financial and psychosocial outcomes. Participants (i.e. patient-caregiver dyads) will receive free, personalized legal care services from Cancer Legal Care (CLC), a nonprofit organization located in the Twin Cities of Minnesota. The duration of study participation is 3 months, however, participants may continue to access free personalized legal care services beyond this period.
This project will complete the final design and development steps to commercialize the Fast In-Bed Tracking (FIT) Platform, which is an e-Health and wellness Internet of Things (IoT) monitoring system that can be integrated into a user's bed and provide person-centered, real-world outcomes to support health and wellness. The technical feasibility of FIT was proven over the past several years and has demonstrated the platform can support the treatment of several chronic conditions across different populations, including obesity, congestive heart failure, and pressure injuries. The project goals will be to (1) complete design refinements for FIT and (2) demonstrate the platform's efficacy to support weight loss goals of wheelchair users. Wheelchair users are twice as likely as the general population to be overweight or obese and excess weight not only exacerbates mobility and participation limitations but increases risk for secondary health problems. Evidence reveals that frequent weight monitoring is a key driver for weight management, which puts wheelchair users at a significant disadvantage, because they have no convenient way to measure their body weight. As a recent example, lack of participant's ability to self-weigh was a noted limitation to a weight loss program for wheelchair users, known as the Group Lifestyle Balance weight loss program Adapted for Individuals with Impaired Mobility (GLB-AIM). FIT solves this challenge by passively monitoring a user's weight when they get on and off their bed. The investigators lab and community-based feasibility trials demonstrated that FIT successfully tracks weight for individuals and couples sharing a bed and that users find FIT highly usable. This proposed project will allow the investigators to complete the design refinements participants recommended during our community-based feasibility trial and subsequently examine the efficacy of FIT in supporting the weight-loss goals of community-dwelling wheelchair users through a randomized controlled trial using the GLB-AIM.
A multicenter, prospective, clinical trial evaluating a single-layer amniotic membrane (XPURT) and standard of care versus matched controls in the management of nonhealing pressure ulcers.
This clinical trial studies how well a virtual community health educator (vCHE) works in increasing clinical trial referrals for patients with cancer and their caregivers. Low enrollment of underrepresented and underserved populations in cancer clinical trials has led to disparities in intervention development and implementation. One approach to recruiting diverse populations to cancer clinical trials is community health educators. However, community health educator interventions are costly and difficult to implement. vCHEs are photo-realistic virtual agents that provide personalized guidance and support to users. They are designed to mimic real-life community health workers, offering culturally and linguistically tailored information to users. They can communicate in English or Spanish and are available in diverse genders and racial/ethnic backgrounds. vCHEs may be able to increase the enrollment of diverse participants into cancer clinical trials.
DOVE-MET-COME-100 is a single site prescreening survey study designed to identify adults who may be eligible for future industry-sponsored clinical trials. A physician will oversee the informed consent process, after which participants will be surveyed on demographics, medical history, current health conditions and symptoms. The study team may also collect basic health information, including vital signs, urine drug tests, blood samples and pregnancy tests (if applicable). A physician will review each participant's medical history in a one-on-one interview to assess potential fit for upcoming trials. If needed, the doctor may contact the participant's current doctors or pharmacies to gather more information for eligibility review.
The purpose of this study is to evaluate the effectiveness of a psychosocial intervention called iTEST for people with psychotic disorders that targets introspective accuracy, or the ability to accurately gauge ones abilities. iTEST combines daily cognitive training on a mobile device with coaching that addresses recovery goals. In this trial, we will randomize people to one of two interventions conditions, iTEST or a control condition that receives coaching and cognitive training that does not emphasize introspective accuracy. Both interventions will take place over 12 weeks and participants will be asked to complete assessments at baseline, 6 weeks, 12 weeks, and 24 weeks. The primary outcome of the study is community functioning. Participants will be from three metropolitan areas: San Diego, Dallas, or Miami.
This randomized, split-mouth clinical trial will evaluate a new orthodontic adhesive that eliminates the need for acid etching before bracket bonding. Conventional orthodontic bonding requires etching enamel with phosphoric acid, which can weaken the outer enamel layer and increase the risk of white spot lesions and enamel damage. The etch-free adhesive under investigation is designed to simplify the bonding procedure while preserving enamel integrity. Twenty orthodontic patients starting treatment with braces will participate. For each patient, one side of the mouth (left or right) will be randomly assigned to receive the etch-free adhesive, while the opposite side will receive the conventional adhesive with acid etching. This intra-patient design allows a direct comparison under identical oral conditions. Participants will be followed for 12 months. Bracket failures, bonding time, ease of adhesive removal, enamel surface condition after debonding, and the presence of white spot lesions will be recorded. If effective, the etch-free adhesive may reduce enamel damage without compromising bond strength, providing a safer and more efficient bonding option for orthodontic patients.