View clinical trials related to Head and Neck Cancer.
Filter by:The primary research question to be answered in this project is "Are patients with locally-advanced head and neck cancer able to tolerate a PET-MRI scan when they are immobilised in a radiotherapy treatment shell?" This will be assessed by measuring the proportion of patients that complete the full scanning protocol and by obtaining participant feedback on their experience of completing the scan. The secondary question is "Can a PET-MRI scan fused with a planning CT scan improve the accuracy in radiotherapy planning of patients with head and neck cancer? Accuracy will be assessed by: 1. Comparing the radiotherapy target volumes and radiotherapy plans with and without the use of a PET-MRI scan. 2. Comparing inter- and intra-observer variability in treatment contours with and without the use of a PET-MRI scan within and between oncologists and implications of that.
The PI and the research team developed the New York University (NYU) Electronic Patient Visit Assessment (ePVA) for head and neck cancer (HNC) as a patient-reported outcome measure (PRO) for the early detection of uncontrolled symptoms. The ePVA is digital patient-reported symptom monitoring system, providing actionable information at point-of-care that enables clinicians to provide real-time interventions. The study aims to advance the science of cancer care delivery by testing the effectiveness of the ePVA as a digital patient-reported monitoring system for patients with HNC in real-world settings and identify implementation strategies that optimize the effectiveness of the ePVA in diverse rural and urban settings. The study hypothesis is that participants assigned to the ePVA arm will have better swallowing, taste and smell, and social function than participants assigned to usual care arm at 4 weeks after completing radiation therapy.
This is a pilot prospective observational cohort study, comprising patients with head and neck cancer (HNSCC) treated with standard of care definitive (chemo)radiation either with photons or protons. Patients will be assigned for protons or photons based on the guidelines of the National Indication Protocol for Proton therapy of the Netherlands. Immunological function will be evaluated by the collection of peripheral blood mononuclear cells (PBMCs). Blood samples will be collected at baseline, during (chemo)radiation (end of week 3 and/or before week 4 of treatment) and after completion of (chemo)radiation (week 9, week 12, week 20, week 34 and week 60, respectively 1 week, 5 weeks, 3 months, 6 months and 12 months after completion of (chemo)radiation). To quantify immunological function, PBMCs collected during (chemo)radiation and after (chemo)radiation will be compared with that before (chemo)radiation (week 0), using IFN-γ-ELISPOT to screen for the presence of antigen-specific T-cell responses. Furthermore, flow cytometry panels will be used to determine global changes in immune cell proficiency. Histological evaluation will take place at baseline and week 3 to examine changes in immune infiltration within tumour tissue during proton versus photon (chemo)radiation. This biopsy part of the study is optional for the patient. Archival tissue from the biopsy that was taken at diagnosis will be used for the baseline assessments. Biopsy at week 3 week will be taken for all patients who agree to participate in this optional part of the study.
This is an open-label, multicenter, dose-escalation phase I study to evaluate the safety, tolerability, pharmacokinetics, and preliminary antitumor efficacy of SYH2051 in patients with advanced solid tumors or in combination with radiotherapy (RT) in patients with locally advanced head and neck cancer.
Patients with cancer have increased risk of malnutrition due to the disease itself and the treatment regimen they undergo. This is particularly relevant for patients with head and neck cancer (HNC), where 74%-95% are malnourished. HNC is a heterogenous group of cancers, including oral cavity, larynx, pharynx and salivary glands. The present project will study the effectiveness and implementation of remote patient monitoring of nutrition and tailored nutrition support throughout the treatment course in patients with head and neck cancer. The implementation will be evaluated in a randomized controlled trial (RCT), and the aim of the project is to reduce the prevalence of malnutrition and increase the quality of life among patients with HNC.
This research is being done to collect and store biological specimens (biospecimens) from people with cancer, regardless of tumor type, who are receiving treatments known or thought to have an effect on the immune system. The goal of this discovery and exploratory study is to: - Understand changes in the immune system associated with various cancer treatments, in order to better design new therapies or tests to predict how these treatments might work. - Identify risk factors for those who go on to develop side effects from immunotherapy. Participants may be asked to: - Donate samples of tumor, blood, lymph nodes, white blood cells, mouth cells (buccal smears) scraped from the inside of participant's cheek, urine, saliva, or other tissue samples. - Complete questionnaires about immunotherapy side effects at baseline and with follow-up appointments. - Undergo knee x-rays. - Allow the use of demographic and clinical information.
The goal of this trial within cohorts study is to determine and compare physical performance, muscle strength, fatigue, quality of life, body composition, nutritional status, physical activity, treatment tolerability of radiotherapy (RT), chemoradiation (CRT) or bioradiation (BRT), and healthcare related costs in patients with head and neck cancer (HNC) with and without a 10 week physical exercise intervention (PEI) during RT, CRT or BRT ((C/B)RT). Patients who were randomized in the PEI group and accepted the invitation to undergo the experimental intervention receive a PEI twice a week for 10 weeks. The PEI will be executed 6 to 7 weeks during and 3 to 4 weeks after (C/B)RT. Researchers will compare patients who undergo the PEI with patients who did not undergo the PEI to see if there is difference in physical performance, muscle strength, fatigue, Quality of Life, body composition, nutritional status, physical activity, treatment tolerability of (C/B)RT , and healthcare related costs in patients with Head and Neck Cancer (HNC) with and without a 10 week Physical Exercise Intervention (PEI) during (C/B)RT).
The research objective for this pilot study is to design the first care pathway to implement COPD care in a community oncology clinic. Using a mixed-methods user-centered design process, investigators will ensure the feasibility of evidence-based practices in this setting. The results of this pilot study will directly inform a randomized controlled trial to measure whether COPD control reduces hospitalization risk.
The goal of this clinical study is to investigate the effect of a curcuma longa oral gel (curenext) on reducing radiation-induced oral mucositis severity in cancer patients and provide a context for understanding if there is a relationship between the curcumin clinical effect and production of EGFs and IL8. Researchers will compare between curcumin group and standard treatment group.
Cone beam computed tomography (CBCT) images are routinely used in radiation treatment delivery workflows to align patients with the treatment beam. Conventional CBCT image quality is sufficient for this task but not good enough for other radiotherapy-related tasks, such as contouring anatomical structures and calculating radiation dose distributions. HyperSight is a new CBCT imaging system manufactured by Varian Medical Systems. The purpose of this study is to evaluate the integration of the HyperSight imaging system with Varian's TrueBeam radiotherapy system, a linear accelerator with a C-arm gantry that rotates about the patient to delivery radiation to the target malignancy. HyperSight CBCT images will be acquired prospectively from patients who are receiving radiation treatment. The HyperSight/TrueBeam system will be used for imaging only; patients receive their radiation treatment on cleared devices and no aspect of their treatment is affected by participation in the study. HyperSight images collected during the study will be evaluated for quality and utility and compared to conventional CBCT images as well as fan beam CT images used for treatment planning.