There are about 173942 clinical studies being (or have been) conducted in United States. The country of the clinical trial is determined by the location of where the clinical research is being studied. Most studies are often held in multiple locations & countries.
Using the IDEAS (Integrate, Design, Assess, and Share) framework, the investigators will conduct the following aims: Specific Aim 1: Using two focus groups, the investigators will INTEGRATE formative work, the social cognitive theory, and perspectives from the experienced-user advisory committee (N=20) who will use the current Calm platform to identify design content and features for a standalone cancer-specific app prototype leveraging the commercial infrastructure of the Calm platform. The advisory committee will consist of both cancer patients/survivors (n=10; 5 of each) and health care providers (n=10). Specific Aim 2: DESIGN a meditation app prototype tailored to cancer patients/survivors unique needs including content related to cancer-related experiences, emotions, symptoms, physical and psychological needs, cancer-specific symptom self monitoring, social support and sense of belonging within the app and through Facebook. Specific Aim 3: ASSESS (i.e., beta-test) the prototype's form and function with cancer patients/survivors (N=30). The investigators will use Bowen's feasibility model to determine via surveys and interviews: (a) acceptability (satisfaction, perceived appropriateness, perceived positive/negative effects); (b) demand (use of the app, interest or intention to use); (c) practicality (how it makes them feel, ease of use); (d) adaptation (suggestions for modifications to improve performance for cancer patients/survivors); and (e) integration (how can the app be integrated into the cancer "system") Feasibility benchmarks: >80% of cancer patients/survivors will accept the prototype, demand the prototype for themselves and other cancer patients/survivors, and find it practical. Data from Aim 3 will guide refinement of the prototype to be tested in a fully powered RCT to establish long term engagement (Phase 2). This work will result in an evidence based, cancer-specific meditation app through a commercial platform that can be scaled and sold at discounted costs to clinic providers and directly to patients (SHARE; Phase 3).
This clinical trial compares an educational video intervention versus usual care of no video intervention in decreasing patient fear of a colonoscopy procedure after receiving a positive fecal immunochemical test (FIT). The lack of a follow-up colonoscopy after an abnormal FIT result is associated with an increased risk of colorectal cancer mortality, advanced-stage colorectal cancer, among other complications, compared to the completion of a follow-up colonoscopy. An educational video may reduce patient fear and increase knowledge, self-efficacy, and intent to complete a colonoscopy compared to the usual care of no video intervention.
This study explores the human papillomavirus (HPV) self-collection experience among individuals with a history of sexual trauma. Cervical cancer is the fourth most common cancer in women worldwide and is the second leading cause of cancer-related death in women ages 29-39. Despite programs to improve accessibility of cervical cancer screening and overall high screening rates, disparities in routine surveillance have been demonstrated in certain populations, such as victims of intimate partner violence and sexual trauma. One barrier to participating in cervical cancer screening for this population is the office-based visit which necessitates the individual to undress, sit with their legs in stirrups, and undergo speculum examination for specimen collection. This type of visit may cause distress for participants who have experienced sexual violence. HPV self-collection has been studied with favorable outcomes in effectiveness and ease of use. This study evaluates the experience of HPV self-collection among individuals who have experienced sexual trauma.
An epidemic of chronic kidney disease is occurring in laborers who undertake physical work outdoors in hot conditions. The reason for this is largely unknown, but may be related to kidney dysfunction caused by increases in body temperature and dehydration that elicit oxidative stress and inflammation in the renal tubules. The purpose of this study is to determine whether hydration status modifies the development of renal oxidative stress and inflammation.
The purpose of this study to evaluate the effects of naltrexone plus lemborexant augmentation compared to naltrexone plus placebo on cue-induced and non-cued alcohol cravings in people with alcohol use disorder and insomnia. Our secondary goals are to evaluate the effects of lemborexant plus naltrexone combination on sleep quality using self-report questionnaires and actigraph data, depression, anxiety, and suicidal ideation.
One-third of the U.S. population experience anxiety disorders in their lifetime and only 25% of them seek treatment, reporting logistics and cost of treatment among the primary barriers. A potential way to prevent and treat multiple anxiety disorders is to target the risk factors that contribute to their etiology. One such well-researched risk factor is anxiety sensitivity (AS), a fear of anxiety-related sensations. Given a need for affordable and accessible brief treatments, we and our colleagues have been iteratively developing Brief Enhanced Anxiety Sensitivity Treatment (BEAST), a one-session virtual treatment targeting AS. Older versions of BEAST include psychoeducation, interoceptive exposure (IE), and IE homework. Several studies showed that the previous versions of BEAST reduced AS and, through the reductions in AS, they also reduced anxiety. However, the effect sizes for the decrease in anxiety were modest. Efficacy and personalization may be improved using Ecological Momentary Intervention (EMI). EMI delivers brief interventions remotely in real-time and in natural settings. The goal of the current study is to test the efficacy of adding EMI to BEAST. Participants will be randomly assigned to EMI and control (no EMI) conditions. All participants will receive a virtual 1.5-hour-long intervention group session facilitated by a therapist. The EMI group will receive individualized intervention messages helping them to use new skills for two weeks after the session. After the two-week EMI period, all participants will complete post-treatment measures of AS and anxiety. A month later, they will complete a follow-up assessing AS and anxiety. The efficacy of the EMI component in reducing AS and anxiety will be tested using multilevel modeling. Improving the efficacy of BEAST, while keeping it brief, affordable, and accessible online, is an important step towards making it a treatment that may be used on a large scale.
The main objective of this study is to determine whether the administration of a single dose of Vitamin D in the Emergency Department following a motor vehicle collision can improve musculoskeletal pain severity as well as reduce musculoskeletal pain outcome disparity between Blacks and White following a motor vehicle collision. This randomized controlled trial is a pilot study to determine feasibility and potential efficacy (response to study drug, ability to reduce racial disparity in pain outcomes). This data can be used to adequately power a larger randomized controlled trial to fully assess efficacy.
Background: Rheumatoid arthritis (RA) is more severe in Hispanic people. Genetics plays a role. But social issues may also lead to more severe RA in Hispanics. Some Hispanics may not seek help for early symptoms. Support from family and friends may persuade people to seek treatment earlier. Researchers want to learn more about how social factors affect RA in Hispanics. Objective: This natural history study will explore genetic and social factors related to RA in Hispanic families. Eligibility: People aged 18 years or older of Hispanic/Latino heritage. They may have RA or RA symptoms; they may also have a relative or partner with RA or RA symptoms. Design: Participants will receive an email or text with a link to a 30-minute online survey. They will answer questions about these things: Physical and emotional health How health problems affect their life Family history of RA and other conditions Cultural identity and language preference Participants may also answer these questions in a phone call or an in-person interview. Participants will be asked to list people in their social network. They will answer questions about those relationships. They will be asked if they want to invite their family and friends to participate in the study. If more than 1 person from a participant s family takes part in the study, they may be invited for an interview. They will answer questions about how arthritis pain affects their mind and body. Participants will give a sample of saliva. They will spit into a vial. They will mail it in using a prepaid label.
Background: Mitragyna speciosa, also called kratom, is a plant used in Southeast Asia for its psychoactive effects. Its use has increased in the US, and an estimated 10 million adults may take it at least semiregularly. Most scientific research on human use of kratom has consisted of surveys in which people looked back on their experiences with it. Results from those surveys have been useful, but, like many behaviors, kratom use can be more fully understood if it is also studied as it happens. The technical term for this procedure is ecological momentary assessment (EMA). In EMA, people report their moods and activities in real time, a few times per day, usually with a smartphone app. Objective: This natural history study will collect data about how people use kratom and how it affects them. Eligibility: People aged 18 and older who use kratom 3 or more times per week Design: Most participants will be remote only. They will fill out an online consent form. They will also answer an initial set of questions about their kratom use. They will download an app on their smartphones for EMA (described above). They will use this app to answer short sets of questions for 15 days in a row about their ongoing behaviors and moods, including kratom use. They will use a prepaid envelope to mail in a sample of their kratom product. Some participants, after doing the EMA part of the study, can also come to a clinic. They will have 1 visit for informed consent (1-3 hours) and 1 visit for a monitoring session (8 hours) where we can directly assess the effects of their usual dose of kratom. They will bring their kratom produce with them to take on site. Before they take the kratom, they will have a physical exam. They will have blood and urine tests. They will answer questions about their sleep, driving, and general feelings. They will complete tasks on a computer to measure their reflexes and response times. Their driving performance will be assessed in a simulator. Researchers will watch participants consume their kratom. A sample of their product will be taken for analysis. After taking their kratom, those participants will repeat some questionnaires and tests, including the driving simulation. They will also be interviewed about their use of kratom....
The Researchers are trying to study a cosmetic skin care product called human platelet extract (HPE) to see if it can be used as a possible treatment for skin anti-aging and skin rejuvenation. They are trying find out the safety and tolerability of topical HPE after multiple doses of topical administration