View clinical trials related to Cachexia.
Filter by:The administration of Anamorelin in patients with Stage III-IV non-small cell lung cancer-cachexia (NSCLC-C) is expected to increase appetite, lean body mass, weight gain, and muscle strength.
The administration of Anamorelin in patients with Stage III-IV non-small cell lung cancer-cachexia (NSCLC-C) is expected to increase appetite, lean body mass, weight gain, and muscle strength.
The purpose of this study is to determine if the investigational drug GTx-024 can help patients with non small cell lung cancer increase physical function and maintain or gain muscle.
The purpose of this study is to determine if the investigational drug GTx-024 can help subjects with non-small cell lung cancer increase physical function and maintain or gain muscle, also called "lean body mass".
The primary hypothesis for this study is that Myostatin and FHL-1 are important in the development of ICUAP and that changes in activity levels of muscle will modify the levels of expression and activity of these proteins.
This study will examine whether a single dose of PF-05230901 is safe and well tolerated when given to healthy volunteers by injection under the skin. An additional objective is to measure the blood concentrations of PF-05230901. Each dose will be tested in a different group of subjects starting from the lowest dose.
A phase II clinical study to evaluate MT-102 administered over a sixteen week period in subjects with cachexia related to non-small cell lung cancer and colorectal cancer
The purpose of this study is to determine whether patients with advanced cancers who receive OHR/AVR118 solution for injection into the skin can achieve improvement in quality of life. Based on a previous study in patients with AIDS, possible benefits may include improved appetite and strength; weight gain, improved mood; and decreased fatigue.
Cancer cachexia syndrome (CCS) is frequent, causing high morbidity and mortality in affected ones. The mechanism is catabolism caused by the tumour. CRP is a surrogate marker for catabolism. There are no effective treatment options against CCS. Lenalidomide, a derivate of thalidomide, is an immunomodulatory drug (IMiD®). One of its' main effect is a decrease in inflammatory cytokines. As CCS treatment, thalidomide has shown in a randomized controlled trial to stabilize lean body mass. The effect of lenalidomide in solid tumour patients was negligible although, there might be a decrease in tumour progression. However, even if lenalidomide may be uninteresting as an anticancer treatment it might affect CCS dynamics. Respective data are currently lacking. Therefore, a dose level where an anticancer effect could be expected was chosen (group A). Relevant anti-inflammatory effect may occur below the commonly used doses to achieve tumour control, which is expected to be the main anti-cachexia effect. Therefore, a second CRP-response guided treatment arm (group B) was chosen. Hypothesis: To test whether the response rate under new standard basic cachexia management will be at the estimated 5% and with lenalidomide (either fixed dose or CRP-guided dose) in addition to basic cachexia management at least 25%. The primary objective of this study is to assess the efficacy of lenalidomide on lean body mass and handgrip strength in advanced solid tumour patients with inflammatory CCS.
The long-term objective of this research is to develop a non-invasive approach for early assessment of which patients are at high risk for future development of skeletal muscle atrophy. The investigators hypothesize that the rate constant for the terminal portion of the isotope decay curve following ingestion of a single oral dose of deuterated-3-methylhistidine (D-3MH) provides an accurate measure of this increased risk and that this rate constant can be measured non-invasively from timed spot urine samples.