Active clinical trials for "Cachexia"

The study is going to recruit patients with gastrointestinal cancer, collect clinical data and peripheral blood sample and possible fat samples. The expression of SIRT-6 in peripheral blood will be tested and connect with different status of cachexia of the patients. A mathematical model of the relationship between cachexia classification and SIRT-6 expression is going to constructed as anticipated.

Serum albumin can indicate the onset of cancer cachexia, provide information about a patient's nutritional status, and serve as a biomarker for the prognosis of patients with cancer cachexia. However, the relationship between serum albumin levels and mortality in patients with cancer cachexia remains unclear. We aimed to examine the association of albumin and total protein with 1-year mortality in patients with cancer cachexia

Loss of muscle mass (scientific term: cachexia) affects about 80% of patients with advanced cancer and impacts their prognosis by decreasing tolerance and response to treatment, decreasing quality of life and survival. The prognosis in these patients depends directly on the importance of the loss of muscle mass. Preserving it is therefore an essential therapeutic objective. It is therefore important to understand perfectly the mechanism of this muscular loss. The accumulation of fat in the muscle (scientific term: myosteatosis) could be a mechanism responsible for this loss of muscle mass. It is indeed a hypothesis proved on animal models. Moreover, it has recently been shown that more the cancer patient loses weight, more his muscle contains fat. This lets think that this deposit of fat in the muscle would be directly related to the loss of muscle mass. All of these observations could not be clearly established in humans and investigators are seeking by this study to illuminate these mechanisms at the human level. A better understanding of these mechanisms would allow investigator to set up targeted treatments against the accumulation of fat in the muscle, which would significantly improve the quality of life of patients with cancer of the aerodigestive pathways and their chances of recovery. The MYOMEC study includes the inclusion of healthy patients (to form a control group) but also patients with cancer of the upper aero-digestive tract. The study will be divided into two parts: clinical examination and nutritional evaluation the day before surgery at the time of the participants' admission to hospital and then the biological samples during surgery. The nutritional examination consists in collecting the morphological data of the patient, namely: Its weight, size, calculation of the body mass index Tests of muscular strength (wearing weight of 1, 2 and 3 kilos) Measurement of the percentage of fat mass and lean mass (Impedancemetry) In this study, participants benefit from the following investigations: Clinical examination complete with elaboration of the clinical nutritional status, realized the day before the surgical intervention in hospitalization. Elaboration of the radiological nutritional status by a complementary analysis of the scanner envisaged in the balance of extension of the disease Performing surgical site sampling during surgery without additional invasive procedure and under general anesthesia. It will be realized: A muscle biopsy of the sterno-cleido-mastoid muscle (neck muscle) (maximum volume 5 mm3), A tumor biopsy (maximum volume 5mm3). A blood sample (maximum volume 5ml) No invasive procedure, supplemental examination or additional consultation is required for the whole off-set study for the extensive muscular percutaneous biopsy regarding which additional patient agreement will be required. No additional follow-up is required when participating in this study. Participation in this study does not entail any particular constraint or additional treatment. The duration of the patient's participation is defined as follows: from the date of the preoperative consultation or from the consultation of announcement until his / her discharge from hospital. The exclusion period defined in this study extends from the date of inclusion of the patient to the date of the surgical procedure, during which time the patient can not participate in another clinical research protocol.

The purpose of this study is to determine if cachexia and changes in body composition influence pharmacokinetics of bisoprolol and ramipril and the accuracy of equations for renal function estimation.

Insulin resistance and disturbances in energy homeostasis are associated with body weight changes, such as diabetes, hypertension, hyperlipidemia, obesity, cancer cachexia, aging, and acute or chronic infectious diseases. Cytokines secreted by adipose tissue and inflammatory cells play important roles in the pathological conditions. Several novel cytokines were disclosed recently, but their functions have not been well known. Further investigation of these cytokines, resulting in insulin resistance and energy homeostasis, is very important to elucidate the mechanisms and develop new therapeutic strategies.

Nutritional status in patients with cirrhosis has been shown to have a direct influence on the prognosis of these patients, it is related to higher mortality and it has been linked to the developement and perpetuation of certain complications such as hepatic encephalopathy, ascites and spontaneous bacterial peritonitis. Despite the importance of nutritional status in this patients, most of the methods for its assessment are still not completely reliable or not easily accessible; therefore, evaluating nutritional status in the daily clinical practice is still a complex task.

One way cancer affects people is through weight loss. During this weight loss (called cachexia), all types of body tissue are lost, but there is a greater rate of muscle loss than fat. Cancer patients with cachexia show decreased quality of life, decreased response to treatment (e.g. chemotherapy), increased complications from surgery, and shorter overall survival. The Investigators aim to identify molecular (and patient) factors within the tissues and bodily fluids of patients with cancer and cachexia in order to identify patients at risk of weight loss, and identify potential therapies. For this, the Investigators aim to take patient samples (muscle, fat, tumour, urine and blood) whilst patients are asleep (general anaesthesia) during their operation to remove the cancer. These samples, and similar samples taken in previous studies, will be analysed in the laboratory. Along with the sample taking, the Investigators aim to perform nutritional assessments of patients before and after surgery to get an accurate picture of their weight loss. This will include simple measurements (e.g. height/weight), and computer reanalysis of their initial diagnostic computed tomography (CT) scans (this study will not require any additional scans for patients). The Investigators also aim to assess how their muscles function, by asking them to perform walk tests and wear a physical activity meter, and assess their quality of life through questionnaires. The Investigators aim to perform nutritional and functional assessments pre-surgery and at 2-3 appointments post-surgery, up to a period of 12 months. At these timepoints, the Investigators also aim to take repeat blood and urine samples, and where possible, one additional thigh muscle biopsy. Repeated assessments allow comparison between "cancer" and "cured" states. The study will take 2 years for patient recruitment. For comparison, the Investigators also aim to examine similar tissue and fluid samples (except tumour) from non-cancer patients who are having surgery for benign conditions (e.g. hernia).

To study activity in the reward-circuitry of the brain in patients suffering from cachexia induced by cancer or chronic disease.