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.
The primary objective of this study is to determine if cryotherapy is beneficial to patients with colon cancer who are receiving oxaliplatin in the prevention of developing chemotherapy induced peripheral neuropathy.
Chronic pain and heavy drinking are common co-occurring conditions among patients presenting to primary care settings. Given their impact on functioning and medical outcomes, there would be considerable benefit to developing an accessible, easily utilized, integrative approach to reduce alcohol use and pain that can be readily incorporated into the health care settings. The objective of this study is to test a modified version of a smartphone-based intervention for reducing pain and alcohol use among individuals experiencing chronic pain who engage in heavy drinking. The primary goal is to test the feasibility and acceptability of implementing this intervention in a sample that includes participants from rural areas and providing initial data on the utility of the intervention.
Individuals who have insomnia with short sleep duration (ISS) differ from individuals who have insomnia with normal sleep duration (INS) in terms of health risks (i.e., hypertension) and treatment response. This study will examine whether patients with ISS and INS demonstrate a differential response to two common insomnia treatments. One is behavioral, Cognitive Behavioral Therapy for Insomnia (CBT-I). The other is a widely prescribed, non-habit-forming medication, trazodone used at a low dose. The investigators' findings could lead to evidence-based treatment guidelines that help clinicians more effectively match treatments to insomnia patients and reduce associated health problems.
The Researchers are trying to determine feasibility and safety of performing surgery in the womb with the Karl Storz fetoscopes (a tool used to access the baby in the body of the mother). This are new and improved fetoscopes that are not yet approved by the FDA.
The goal of this pilot trial is to learn more about the role of Fetal Endotracheal Occlusion (FETO) as an intervention in fetuses with severe congenital diaphragmatic hernia (CDH). The research team will investigate the feasibility and safety of the FETO procedure, as well as determine whether FETO can improve lung growth before birth, and survival after birth. This study will enroll 10 pregnant participants to undergo the FETO procedure at a gestational age of 27 weeks 0 days to 29 weeks 6 days. The participant will be monitored for a few weeks, and then the FETO removal procedure will be performed ideally at 34 weeks 0 days to 34 weeks 6 days, but may be indicated earlier as determined by the Maternal Fetal care team. The pregnant participant and their baby will continue to be monitored during delivery and up until the child reaches 2 years of age.
This is a Phase 2, open-label, multicenter study designed to evaluate the efficacy, safety and tolerability of IBI363 (study drug) in subjects with advanced, refractory solid malignancies.
The objective of this research project is to conduct a single-site pilot trial to assess the feasibility and effect of low-dose aspirin to augment vascular recovery in the immediate postpartum period after preeclampsia through two specific aims: 1) to pilot test the feasibility of conducting a randomized controlled trial of postpartum low dose aspirin vs. placebo, and 2) to assess the effect of postpartum aspirin on endothelial function and blood pressure. Our central hypothesis is that postpartum administration of low-dose aspirin following preeclampsia will be feasible, improve endothelial function, and lower BP at 6 months postpartum. Subjects will undergo 3 study visits involving BP measurements, blood draws, questionnaires, and/or microiontophoresis. Up to 60 adult subjects will be enrolled at Magee-Women's Hospital.
The RAPID ultrasound is a portable imaging device that captures a one point image from the subcostal region of the heart. The device is set on the patient's chest and captures the image in <1 minute. It uses ultrasound imaging energy that is similar to commercialized devices and safe for patients of all ages and sizes. The device is a non-significant risk and therefore will not require an IDE. Images from RAPID will be taken directly before or after the standard clinical PCU. Images taken from both the RAPID device and the standard PCU will be de-identified and stored securely in BOX for review by two independent cardiologists. Image reviews will be conducted within Box.
Project RESTART (Resisting STigma And Revaluating your Thoughts) is a theory-informed, 4-week automated text message intervention to address self-stigma in people who use drugs. The intervention delivers two daily messages to participants for four weeks (56 messages total). Messages are designed to address four components of Stigma Resistance Theory: Not believing stigma/catching and challenging stigmatizing thoughts; empowering oneself through learning about substance use and one's own recovery; maintaining one's recovery and proving stigma wrong; and developing a meaningful identity and purpose apart from one's substance use. This study is a single-group pilot trial to determine whether the intervention is feasible and acceptable to participants. All participants will receive the intervention. The primary outcomes are changes in stigma resistance and self-stigma from baseline to 4-week follow-up using self-report. Implementation and process outcomes will be measured to inform future intervention refinement.
How does one know what to look at in a scene? Imagine a "Where's Waldo" game - it's challenging to find Waldo because there are many 'salient' locations in the picture, each vying for one's attention. One can only attend to a small location on the picture at a given moment, so to find Waldo, one needs to direct their attention to different locations. One prominent theory about how one accomplishes this claims that important locations are identified based on distinct feature types (for example, motion or color), with locations most unique compared to the background most likely to be attended. An important component of this theory is that individual feature dimensions (again, color or motion) are computed within their own 'feature maps', which are thought to be implemented in specific brain regions. However, whether and how specific brain regions contribute to these feature maps remains unknown. The goal of this study is to determine how brain regions that respond strongly to different feature types (color and motion) and which encode spatial locations of visual stimuli transform 'feature dimension maps' based on stimulus properties as a function of task instructions. The investigators hypothesize that feature-selective brain regions act as neural feature dimension maps, and thus encode representations of relevant location(s) based on their preferred feature dimension, such that the stimulus representation in the most relevant feature map is up-regulated to support adaptive behavior. The investigators will scan healthy human participants using functional MRI (fMRI) in a repeated-measures design while they view visual stimuli made relevant based on a cued feature dimension (e.g., color or motion). The investigators will employ state-of-the-art multivariate analysis techniques that allow them to reconstruct an 'image' of the stimulus representation encoded by each brain region to dissect how neural tissue identifies salient locations. Each participant will perform a challenging discrimination task based on the cued feature (report motion direction or color of stimulus dots) of a stimulus presented in the periphery, which are identical across trial types. Across trials the investigators will manipulate the attended feature value (color, motion, or fixation point). This manipulation will help the investigators fully understand these critical relevance computations in the healthy human visual system.