Active clinical trials for "Head and Neck Neoplasms"

Our primary objective is to determine if the use of tumescence has a meaningful effect on STSG uptake at the recipient site. This is an important outcome because poor graft uptake results in the need for prolonged local wound care, additional clinic visits for patients and increased risk of infection. A prospective, randomized comparison of the tumescence to our current standard of care will allow us to definitively evaluate any benefits to this technique. Tumescence is commonly used in the treatment of burn patients to minimize blood loss during both tangential excision of eschar and during harvest of split-thickness grafts for reconstruction. This is considered the standard of care in burn surgery as using tumescence has been clearly demonstrated to reduce intraoperative blood loss during harvest of large skin grafts and excision of large burns when compared with the application of topical epinephrine as was the historic standard practice.4-6 Tumescence also creates a firm and uniform surface from which to harvest the skin graft, which the investigators believe may improve the quality of harvest and rate of skin graft take.

Radiotherapy is a mainstay of treatment in head and neck cancer and breast cancer treatment, typically following surgery and/or chemotherapy. Radiation dermatitis, which involves redness, dryness, and/or peeling of the skin, occurs in up to 95% of patients receiving radiation therapy. There is currently no standard therapy for this treatment-related adverse effect. The aim of this study is to investigate the safety and tolerability (Phase I) and preliminary efficacy (Phase II) of prophylactic esomeprazole cream ( termed "Dermaprazole") in patients who require radiation for either breast cancer in the postmastectomy setting or head and neck cancer in the definitive or adjuvant setting.

Head and neck cancers (HNC) are malignancies originating from the mucosa in the oral cavity, nasopharynx, oropharynx, hypopharynx and larynx. Unfortunately, the majority of patients with HNC have locally advanced disease at diagnosis and should, therefore, be treated with chemoradiotherapy (CRT) or with radical surgery followed by adjuvant (C)RT. Treatment of HNCs with (C)RT frequently results in serious and persistent impairments in physical and psychosocial functioning. In order to prevent worsening of a person's functioning at diagnoses and limit the physical impact of the treatments for HNC, a comprehensive supervised exercise program (CSEP) is needed early during treatment. There is a need to improve integration of exercise programs into HNC care with aim to help head and neck cancer patients regain physical, mental and social functioning. Currently, no program is available adapted to the specific needs of head and neck cancer patients, in particular during cancer treatment. The primary scientific objective is to examine the effectiveness of a comprehensive supervised exercise program, in addition to usual care, on health-related quality of life (primary outcome parameters) during treatment of head and neck cancer, compared to usual care only, up to 1 year after diagnosis. Secondary objectives entail gathering information on the effectiveness of the CSEP, in addition to usual care on secondary outcome parameter such as physical and mental functioning, activity level and participation level; to determine the feasibility of such CSEP (defined as at least 50% of eligible patients enrolling in the study and completing at least 50% of the planned intervention sessions) and possible barriers and facilitators for participating in a CSEP during head and neck cancer treatment.

Patients with malignant tumours of the cephalic pole have a poor prognosis, despite a wide range of treatments. prognosis despite a large therapeutic arsenal. Among this arsenal, radiotherapy (RT) is one of the standard treatments for these tumours. However, this treatment can cause damage to the surrounding healthy tissue, has limited efficacy in hypoxic However, this treatment can cause damage to the surrounding healthy tissue, has limited efficacy in hypoxic tissue and can promote pro-tumour inflammation. In these circumstances, hadrontherapy, which uses charged heavy particles, such as protons or carbon ions, is the preferred treatment. protons or carbon ions, seems more appropriate for the treatment of these tumours. However, although inflammation plays a major role in tumour development and tumour development and therapeutic response, few studies have evaluated the immune response response after proton therapy (PT) and carbon therapy (CT). The objective of this project is to study the effect of hadrontherapy on resident/circulating inflammation after brain irradiation. brain irradiation. In a first step, the impact of different PT and CT TEL on macrophages (MФ), the most abundant immune cells in malignant solid tumours, will be evaluated in vitro. malignant solid tumours, will be evaluated in vitro. In a second step, the evolution of circulating leukocytes after brain irradiation with X-rays or protons will be studied in vivo in rodents and patients. rodent and patient. In this project, we propose to study for the first time the inflammatory response after hadrontherapy in the context of a cephalic tumour. cephalic tumour. These results will allow a better understanding of the biological response response following PT and CT with the aim of optimising RT and potentially and potentially translate these data to the clinic.

This study evaluates if partner-based (dyadic) yoga programs may improve the quality of life of patients with head and neck cancer undergoing chemoradiation and their caregivers, and if it is a cost-effective option. Yoga programs may decrease how often patients come to the hospital during and after treatment with chemoradiation, and improve the quality of life for both patients and caregivers.

The overall purpose of this clinical study is to evaluate safety and efficacy of the MuReva Phototherapy System with a light delivery mouthpiece to reduce the severity of oral mucositis (OM) in adult patients with squamous cell carcinoma of the oral cavity, oropharynx, tonsils and base of tongue receiving radiation therapy with or without concurrent chemotherapy.

Despite uniform histopathological definition the response of locally advanced squamous cell carcinomas of the head and neck (HNSCC) to ionizing radiation differs greatly with locoregional recurrences burdening this patient population. The addition of concurrent chemotherapy and the use of altered fractionation schedules has significantly increased locoregional control and overall survival over the last decade however, this has come at the cost of increased acute and late toxicity, preventing further treatment intensification in all patients. If the investigators want to increase the therapeutic index of HNSCC, we need to be able to tailor the treatment more individually to each patient. The project aims at developing a prognostic model for head and neck cancer patients based on the combination of known clinical parameters with 1) genetic characteristics of the tumor and 2) parameters derived from diffusion weighted and dynamic contrast enhanced magnetic resonance imaging (MRI) obtained before and during treatment. The investigators plan a prospective trial where 120 patients with locally advanced head and neck cancer treated with chemoradiotherapy will be included. Prior to treatment biopsy material will be collected for genetic analysis and before and during treatment functional MRI with diffusion weighted and dynamic contrast enhanced imaging will be performed. All patients will be followed up multidisciplinary afterwards with follow-up of tumor status and toxicity.

This phase of the project will evaluate the utility and efficacy of a personalized online patient education platform developed from efforts in Phase 1 in 1) increasing patients' and caregivers' pre- and post-operative preparedness and satisfaction, and 2) reducing readmission, ED/Urgent care/unplanned clinic visits and telephone calls to clinic staff.

This phase II trial studies how well a web-based program called Project Prepare works in helping patients with head and neck cancer adhere to swallowing and trismus exercises and coping strategies. Head and neck cancer patients who receive radiation therapy are at risk for permanent swallowing disorders and other side effects. Because of these potential problems, swallowing exercises and coping strategies are important parts of recovery. A web-based program designed to increase adherence to preventive exercises may help patients with head and neck cancer ameliorate the long-term effects of radiation therapy.

The purpose of this study is to compare the daily pain level scores for patients taking opioids alone for pain relief, compared with those treated by multimodal analgesia with three medications: pregabalin, naproxen, and acetaminophen, with the ability to switch over to opioid medications if needed. In addition to pain level scores, this study will compare opioid use (length of time and doses taken), quality of life, admissions to hospital, feeding tube requirements, weight loss, and treatment interruptions between these two analgesic regimens.