View clinical trials related to Cancer.
Filter by:Recent studies shows that extracellular vesicles (named "exosomes") released by cancer cells exhibit at their membrane the stress protein HSP70, contrary to exosomes released by normal cells. These exosomes ("HSP70-exosomes") have a very important role in intercellular communication and have specific biological functions that can promote tumor progression. They are found in the different biological fluids such as blood and urine. We have developed a protocol able to isolate exosomes in blood and urine. We also demonstrated that only exosomes derived from cancer cell have HSP70 at their membrane. Those results strongly suggest that we can only identify exosomes with HSP70 at the membrane in patients with cancer. Detection of HSP70-exosomes in the diagnosis of patients is a promising pathway of research. Because a cancer cell can releases a large amount of exosomes (several billion) and since its appearance, our approach will allow to earlier detect cancer with respect to the use of imaging and circulating tumor cells (CTCs), which remains a rare event (about one CTC of 1 billion cells). The aim of this study is to demonstrate that HSP70-exosomes could be used for early diagnosis of patients with malignant solid tumor. In order to demonstrate this, the objective of the study is to study blood and urine samples from 60 subjects with a malignant tumor and 20 healthy subjects (witness).
The main purpose of this interdisciplinary proposal is to conduct two randomized controlled trial (RCT) of the efficacy of self-administered systematic light exposure (Bright White Light (BWL)), an innovative, low cost, and low burden intervention to treat cancer-related fatigue. Another common and often overlapping treatment side-effect is cognitive impairment. A secondary outcome of the proposed RCT is, thus, cognitive functioning. Finally, possible underlying chronobiological (circadian activity rhythms, sleep), biological (pro inflammatory markers), and neurophysiological (brain morphology) mechanisms of BWL will be explored.
The objective of this observational study is to assess the effectiveness of the Advocate Lutheran General Survivorship Center's Programs by measuring the following outcomes of interest on participating patients: 1. Quality of life 2. Distress level 3. Satisfaction with the Survivorship Program General Hypothesis: Patients who participate in at least four classes in a two month period will have higher scores on the post-class satisfaction, quality of life, and distress surveys compared to their pre-class surveys.
The purpose of this study is to determine 30 day mortality in cancer patients admitted to the intensive care unit in a resource limited setting.
Participants in this research study are asked to tell about their experience with art therapy. Participants in this research study are currently receiving chemotherapy treatment for cancer. The purpose of this study is to learn how art therapy affects mood, anxiety, pain, and emotions of individuals with cancer who are undergoing chemotherapy.
The purposes of this study were 1) to delineate any differences in general musical taste (trait) and context-specific music preference (state), as well as preferred music characteristics in cancer patients, 2) to investigate the contributions of individual variabilities, personality, behavioral coping styles, and pain levels in predicting changes from trait to state preferences and preferred music characteristics under various pain conditions. Cancer patients were recruited to fill in questionnaires pertaining to their demographic information (age, gender, religious preference, ethnicity, music background and experience), personality traits, music preferences, preferences for music characteristics, coping styles, and pain experiences.
This study aims to develop a health related quality of life (HRQOL) patient reported outcome (PRO) for patients receiving immune checkpoint modulator (ICM) therapy. This instrument could be used to in clinical trials to evaluate HRQOL for patients treated with novel ICMs and ICM combinations that might ultimately influence decisions about regulatory approval, as well as improved understanding of chronic treatment effects on patient well-being, understanding reasons for treatment non-adherence, and developing strategies to improve adherence and evaluating clinical outcomes.
The primary goal of this optional sub-study is to record what tissues fluoresce in the operating room, and then to identify if these lesions are cancer when the histopathology is performed.
The purpose of this study is to determine whether skeletal muscle mitochondrial function is altered in patients with head and neck cancer compared to healthy controls.
Scientists have developed an instrument which works like an "electronic nose". It is able to "sniff" smells and separate different smells by their electronic "signature". Studies using an electronic nose strongly suggest that smelling samples taken from humans (e.g. urine/ stool/ sweat/ tears) can identify different electronic smell signature from people with different diseases and in the future might be a new and easier way to diagnose serious conditions at an earlier stage. In a very small study, it has been successfully shown that using an electronic nose to sniff a stool sample does seem to identify people before they have had any radiotherapy - who will go on to get serious bowel side effects of radiotherapy. If this finding is correct, this is very important as it would allow the cancer doctors the option to change the way they give radiotherapy if they knew that a person was at very high risk of serious side effects from the treatment and to start treatment for the side effects at a much earlier stage. In this study the investigators want to confirm in a larger study whether the previous findings are correct, and to see whether similar results can be obtained by sniffing urine rather than stool (that would be much easier for everyone) and identify exactly which part of the complicated "smell" signature is different in the people who will get side effects. This may lead for the investigators to able to identify why people are making this specific smell and then do something about changing the smell before treatment starts. The likeliest cause for the production of a smell which predisposes to side effects is a specific group of germs living in the bowel. If these germs can be identified, then there are many possible ways of changing these germ populations in advance of radiotherapy. Enormous improvements have been made in treating cancer in recent years leading to hugely improved survival, however, treatment not infrequently can lead to side effects. Of all the possible long term physical side effects of cancer treatment, gastrointestinal (GI) symptoms are the most common and can have a great impact on daily activity. It is becoming increasingly clear that development of side effects in the bowel is not just related to the dose and way the radiotherapy is delivered.