View clinical trials related to Thoracic Cancer.
Filter by:A more recent competing technology for implementing the DIBH technique is real-time surface photogrammetry using the AlignRT system (Vision RT Ltd., London, UK). AlignRT system use non-ionization near infrared light to track patient surface motion. The system has one projector projecting near infrared optical pattern on patient surface. The optical pattern is imaged by optical cameras (two per pod) at ~25 Hz. The user selects a region-of-interest (ROI) on the surface and the software calculates and displays the real-time position in six degrees (3 translations and 3 rotations) in real-time. Once the patient has matched the pre-determined DIBH position (within threshold accuracy), the radiation beam is enabled to be turned on for treatment.
Participants will receive an MRI with a custom-built MRI coil for each participant. The purpose is to find out whether this custom-built MRI coil can help doctors see the different parts of the spine as well as or better than they can with standard CT myelograms.
Patients enrolled in the study will receive standard of care adjuvant or definitive breast, chest wall or thoracic radiation therapy.Cardiac mitochondrial dysfunction is a hallmark of radiation-induced cardiac injury. Reactive oxygen species (ROS) produced by ionizing radiation cause oxidation of mitochondrial proteins and alter oxidative phosphorylation and pyruvate metabolism(5). The goal of this study is to detect early changes in the mitochondrial metabolism in situ as a marker for subclinical radiation-induced cardiotoxicity.
Deficits in the management of common symptoms cause substantial morbidity for cancer patients.Because the health care delivery system is structured to be reactive and not proactive, there are missed opportunities to optimize symptom control. Growth in Internet access and proliferation of smartphones has created an opportunity to re-engineer cancer care delivery. Electronic symptom tracking and feedback is a promising strategy to improve symptom control. Electronic patient reported outcome (ePRO) monitoring of cancer symptoms has been shown to decrease symptom burden, improve quality of life, reduce acute care and even extend survival. SIMPRO will use functioning ePRO prototypes to create and refine the electronic symptom management system eSyM
This study will test an intervention to improve patients' and their caregivers' ability to manage difficult emotions and communicate about the patient's illness. There will be two versions of the intervention used for this study: a culturally tailored version for Latinx participants refined during Phase 1 of this study, and a version of the intervention that was not culturally tailored for Latinx patients and caregivers developed in previous work. The two interventions differ in minor content areas. We will use the culturally tailored intervention for Latinx participants and the non-tailored intervention for non-Latinx participants. This culturally sensitive intervention has the potential to reduce Latino/a patient and caregiver distress and improve patient and caregiver quality of life, shared understanding of the patient's illness, and patients' and caregivers' ability to discuss, identify, and document patients' treatment preferences. The intervention is designed to minimize burden to patients, caregivers, and healthcare institutions to allow for easy integration into clinical practice.