Active clinical trials for "Breast Neoplasms"

The purpose of the study is to see if using an investigational drug called [18F]FMISO with PET/MRI imaging can help monitor and predict the effect of trastuzumab (Herceptin) on chemotherapy in patients diagnosed with advanced HER2 positive breast cancer. This study is for imaging purposes only and is not a treatment study. The results of this study will not change a patient's clinical treatment plan but it may help physicians and researchers better understand how best to treat patients with breast cancer in the future.

FES PET/CT imaging for invasive lobular cancer

The trialed investigational medical imaging device is a low-power microwave breast imaging system for cancer screening purposes. It is an active device which uses non-ionizing radiation. Microwave imaging is an emerging imaging modality for the early detection of breast cancer. The physical basis of microwave imaging is the dielectric contrast between healthy and cancerous breast tissues at the microwave frequency spectrum. This study is a pilot Clinical Evaluation of a microwave imaging system (Wavelia #2) for Breast Cancer Detection. The clinical data that will be collected in the context of this study is intended for the assessment of the imaging diagnostic capability and the safety of the investigational device.

This study is for women with breast cancer and for adults with melanoma. Breast cancer is a type of cancer when cells in the breast turn into cancer cells, which may grow out of control. Melanoma is a type of skin cancer that starts in cells called melanocytes. These cells make a substance called melanin which gives the skin its color. In this study, people will have surgery to remove the lymph node closest to the site of their cancer. This lymph node is called the sentinel node. This is done to check if the cancer has spread from the original site to the sentinel node. This procedure is called a sentinel node biopsy. This study will provide more information on a potential new dye, called ASP5354, used in sentinel node biopsies. ASP5354 may help to show the lymph nodes more clearly during surgery. This will help the surgeon find the lymph node closest to the site of the cancer (sentinel node). The main aim of the study is to find the best dose of ASP5354 that clearly shows the lymph nodes during surgery. This is an open-label study. That means each person in the study and the study doctors knew that person received ASP5354. Each person will only receive 1 dose of ASP5354. This dose will consist of 2 to 4 injections of ASP5354 around the cancer site. Small groups of people will each receive a different dose of ASP5354. The first group will receive a low dose of ASP5354. If the lymph nodes are clearly seen, the next group will receive a lower dose of ASP5354 and the following group will receive a dose of ASP5354 that is higher than the dose the first group received. Then, the results will be checked by an independent panel of experts. Depending on the results, the next groups may start on the current doses of ASP5354 or may receive a higher dose. In this study, up to 6 doses of ASP5354 may be given, but each person only receives 1 of these doses. People that want to take part in the study will be checked by a study doctor. This will be on a separate visit before their surgery. Before surgery, people who take part in the study will be asked if they have any other medical problems. They will have a physical exam, an ECG to check their heart rhythm, and have their vital signs checked (blood pressure, pulse rate, and breathing rate). Other checks will include some blood and urine samples taken for laboratory tests. During surgery, a study surgeon will inject ASP5354 near the cancer site. They will record how clearly they can see the lymph nodes. Some blood samples will be taken for laboratory tests and an ECG will be done. After their surgery, people will be asked if they have any other medical problems. People will return to the hospital 9 days later for a check-up. The check-up will include a physical exam, an ECG to check their heart rhythm, and a check of their vital signs (blood pressure, pulse rate, and breathing rate). Other checks will include some blood samples taken for laboratory tests. People will be asked if they have any medical problems and asked to complete a feedback survey.

This randomized phase IIB trial studies how well tamoxifen or afimoxifene works in treating patients with estrogen receptor positive breast cancer. Estrogen can cause the growth of breast cancer cells. Hormone therapy using tamoxifen citrate or afimoxifene may fight breast cancer by blocking the use of estrogen by the tumor cells.

The investigators' preclinical data have demonstrated the feasibility of fluorescence-guided tumor resection by Cancer Vision Goggles (CVG) with LS301 in animal models. In this study, the investigators will conduct intraoperative imaging procedures that have minimal interference with ongoing surgery. The underlying hypothesis is that the accurate detection of all cancer cells highlighted by LS301 during surgery will reduce the number of breast cancer patients with margin positivity to less than 5%, compared to the current surgical paradigm of greater than 20%. The pilot study will obtain critical data required to address the larger question of surgical margin assessment in a full Phase I clinical trial. Phase 1: to determine the safety and optimal imaging dose of LS301 injected in breast cancer patients. Phase 2: to determine the ability of this novel fluorescence imaging agent to predict the presence of positive margins around partial mastectomy specimens and positive SLNs during surgical therapy for breast cancer.

The goal of this study is to find a new way to make diabetes care better for patients with breast cancer and diabetes who are currently receiving chemotherapy treatment. We will have two groups, the researchers will decide who is in which group. One group will be working with a nurse who is trained in diabetes care while the other does not. This will allow the investigators to see if having a trained nurse as part of the care team can help improve the care the patients receive.

Breast cancer remains the most common type of cancer in the world. Cancer itself and chemotherapy treatment, which is one of the most important treatment steps, may cause unwanted physical, social and psychological effects (symptoms) for the patient. These effects significantly affect the patient's quality of life. It is possible to manage the symptoms and reduce their destructive effects with professional care and treatment support that includes evidence-based practices. On the other hand, breast cancer patients receiving chemotherapy during the Coronavirus Pandemic form the risk group in terms of infection; On the one hand, the continued treatment and care support, on the other hand, required changes in the approach to the patient in order to reduce the risk of infection. In addition to reducing the risk of infection, mobile applications can create an alternative during the coronavirus Pandemic. process in order to maintain quality and uninterrupted care and treatment. This study is planned to be conducted analytically in a randomized controlled single-blind pattern in order to determine the effect of the interactive nurse support program developed with the mobile application on the patient outcomes (symptom management, quality of life, social support perception and anxiety) in breast cancer patients who received chemotherapy during the coronavirus pandemic. Within the scope of the study, interactive nurse support developed with mobile application will be applied to the research group from patients who apply to the polyclinic to receive chemotherapy treatment, and the control group will receive standard care. As a result of the analysis of the data collected systematically with forms and scales, the effect of the interactive nurse support program developed with the mobile application on patient outcomes (symptom management, quality of life, social support perception and anxiety) will be evaluated and recommendations will be made regarding the use of the application in patients with breast cancer.

This study aimed to evaluate the effect of simulation-based breast health education on breast cancer awareness and breast self-examination practices of Afghan refugee women. The study hypothesized that simulation-based breast health education would have an effect on breast cancer awareness and breast self-examination practices scores among Afghan refugee women.

The aim of the study was to examine the effect of counselling and follow-up after education on the risks and prevention methods of breast cancer on early diagnosis behaviours and healthy lifestyle behaviours. The population of the study will consist of female administrative staff working at Mersin University. The sample of the study will consist of 160 people. A total of 160 personnel determined by randomisation will be divided into group A (study) and group B (control) formed by the independent researcher in the computer environment. All participants will be given a one-hour training on breast cancer and will be practised with a model as well as a presentation. Group A will be counselled for 6 months after the training and a reminder message will be sent via SMS on Monday every week as "Check your modifiable risk factors for breast cancer" and their feedback will be received. In group B, no additional application will be made except for the training. The data of the study will be collected before and 6 months after the training by using the Descriptive Characteristics Form, Breast Cancer Early Diagnosis Behaviours Form, Counselling Form and Healthy Lifestyle Behaviours Scale II. The data obtained from the study will be analysed in a computer environment. Number, percentage, mean and standard deviation will be used as descriptive statistics in the evaluation of the data.