Active clinical trials for "Lung Neoplasms"

The chest cavity contains a small amount of fluid (pleural effusion). In normal circumstances this fluid is kept in balance. When surgery is performed on the lung, there can be accumulation of more fluid due to many causes. In order to drain this additional amount of pleural fluid, chest tube(s) are left in the thoracic cage after a lung resection procedure. The investigators are attempting to reduce the amount of pleural fluid production and formation by using a more balanced thoracic drainage system, which adjusts the amount of suction depending on the needs of the patient. That way, the amount of inflammation in the thoracic cage might be smaller, and hence less fluid will be formed. By this, the investigators are hoping that the chest tubes can be removed earlier, and the patients can be discharged faster and will potentially have a lower rate of re-admission to the hospital after surgery due to problems related to the fluid in the thoracic cage.

This pilot trial studies a video-based intervention in reducing anxiety in patients undergoing lung cancer screening. Giving a video-based intervention to patients prior to lung cancer screening may reduce anxiety and improve the well-being and quality of life.

RATIONALE: Continued smoking after a cancer diagnosis has important health consequences beyond the risks associated with smoking in the general population. Smoking reduces the efficacy of cancer treatments including surgery, radiation and chemotherapy. Despite the negative consequences, it is estimated that between 15-75% of patients with cancer continue to smoke after their cancer diagnosis. Lung, breast, prostate, colorectal, bladder, head & neck, and cervical cancer patients were chosen because there is evidence of potential clinical benefit associated with quitting smoking in all of these populations and they represent a mix of both smoking and non-smoking related cancers.

Computed tomography (CT) images, used for radiotherapy planning, are often caught out in lung target volumes delineation because of their inability to differentiate between neoplasia, inflammation and atelectasia. Positron Emission Tomography (PET) is a new functional imaging modality and is currently used in the diagnosis and the staging of lung cancers. The aim of this study is to evaluate the impact of 4D 18F-FDG-PET-CT on radiotherapy planning for lung cancers.

Family caregivers play a crucial role in cancer patients care, as they are their principal source of support. It is well recommended to provide them with the resources, information and support needed to maintain a good health, and to sustain their caregiving role. Recently, oncology centres have implemented systematic distress screening programs, but the focus has been limited to cancer patients, with little intervention on family caregivers. This study aims to address this gap. It will implement and test the effectiveness of a simple intervention integrating primary care and oncology care that transfers into practice the main recommendations of governmental authorities and experts to globally improve supportive care. The intervention includes systematic distress screening and problems assessment of family caregivers at diagnosis, and every two months, privileged contact with a nurse away from the patient to address caregivers distress and identified problems, and for caregivers experiencing high level of distress, liaison by the study nurse with their family physician to transfer information on their identified problems and level of distress and to facilitate shared follow-up. This intervention has been pilot-tested with family caregivers, health care providers and decision makers involved in lung cancer care, as well as with community-based family physicians, to ensure its feasibility and acceptability. This study findings may clearly improve patient and caregiver experience of cancer care, and reduce the burden of disease.

This research study is evaluating a behavioral intervention designed to help people with advanced lung cancer manage dyspnea (i.e., breathlessness or shortness-of-breath).

RejuvenAir System treatment will be performed during preoperative bronchoscopy 2 to 90 days prior to prescheduled lung resection in Subjects requiring lobectomy for removal of peripheral tumors. Treatment will be limited to areas of the bronchi within the lobe that will be removed, distal to the anticipated margin of resection. Treatment should be at least 1 cm from the bronchial resection margins and away from the tumor bed. Treated airways will be inspected via bronchoscopy at the time of thoracotomy, and examined histologically following surgical resection. Subject participation will be from 1 to 90 days and enrollment is anticipated to take 3 months. Subject having a RejuvenAir procedure and not going on to a resection for any reason will be followed for a maximum of 90 days for safety and undergo bronchoscopic evaluation of the treated airways at 90 days (+/- 4 Days)) post treatment.

The CareSTEPS intervention fills an important service gap by providing education, skills training, and support to the caregivers of advanced lung cancer patients on active treatment. The home-based delivery format will facilitate future dissemination and outreach. By empowering families with the skills they need to provide care and meet the challenges of lung cancer, this intervention holds great promise for improving caregiver quality of life (QOL), patient QOL, and the quality of palliative and supportive care services offered to patients with advanced cancer and their families.

This clinical trial studies 4-dimensional (4-D) image-guided radiation therapy treatment planning in patients with stage I-IV non-small cell lung cancer. Computed tomography (CT) scans and treatment-planning systems may help in planning radiation therapy for patients with non-small cell lung cancer. This is not a therapy study. Therefore no direct benefit from participating is expected. However, at the discretion of the treating physician, the information gained from the additional imaging will be used to improve treatment accuracy. No patient outcome data are gathered or analyzed by this study. This study is not a:Phase I, II, or III trial, trial with "blinded" treatment arm, gene or a vaccine trial, or a multi-institutional trial.

Primary Objectives: To compare the effectiveness of an interactive voice response (IVR) telephone triage/feedback system versus an interactive voice response telephone system with assessment only in monitoring and managing symptoms in patients with advanced non small cell lung cancer (NSCLC). To compare differences in mood and quality of life variables of patients using the IVR triage/feedback system versus IVR assessment only. To compare the healthcare utilization (emergency visits, admissions, length of stay for hospitalizations for uncontrolled symptoms) of patients using the IVR triage/feedback system versus IVR assessment only.