View clinical trials related to Treatment Failure.
Filter by:The goal of this observational study is to identify the variables that predict treatment failure in order to identify the patients in which HFNC treatment may fail and not delay the transition to advanced respiratory support treatments in these patients. The main questions it aims to answer are: - What factors contribute to the failure of HFNC treatment in these children? - What is the frequency of HFNC treatment failure in children with moderate and severe respiratory distress? Researchers will compare the group whose HFNC treatment was successful with the group whose HFNC treatment failed to identify factors that cause treatment failure.
Osteoporotic fractures are associated with significant morbidity, increased mortality and reduction in the quality of life, available treatments reduces the fracture risk between 30 and 70%, however some patients experience a new fracture and/or continue to loose bone during treatment; this has been defined as treatment failure (TF). The epidemiology and biological bases of TF are currently under-investigated, thus it is impossible for the physician to forecast patients' answer to treatment. The aims of TAILOR study are to collect sounded epidemiological data on TF in a real life setting. To this extent, the investigators will retrospectively a large cohort of 5000 patients with at least 60 months of anti-osteoporotic treatment followed in our center for the diagnosis and care of bone metabolic diseases, and compare TF patients to adequate responders (ARs) for clinical characteristic and biological parameters. The results will be a "signature" to identify those patients who will experience TF.
The purpose of this study is to see if the participant's genetic profile and clinical factors (age, drug dose, etc.) affect drug outcomes (i.e. serious bleeding) that the participant may have experienced since taking the drug (direct oral anticoagulant) for preventing blood clots from forming in the blood vessels.
Burden: Pneumonia remains the leading infectious cause of death accounting for 920,000 children under five around the world. This means a loss of over 2,500 child lives every day, or over 100 every hour. Since 2000, the number of child deaths caused by pneumonia has decreased by 47 percent. The tremendous progress made is due in part to the rapid roll-out of vaccines, better nutrition, and improved care-seeking and treatment for symptoms. However, pneumonia hasn't declined as quickly as other diseases such as malaria (58%), HIV/AIDS (61%), and measles (85%). Knowledge gap: The Lancet Series on Childhood Pneumonia and Diarrhea has reported that case management is one of the three most effective interventions to reduce pneumonia deaths in children. It is also noted that the cost-effectiveness of these interventions in the national health system needs urgent assessment. It was suggested to find out means to reduce hospital stay without compromising the quality of care. Relevance: The main purpose of the study is to compare the efficacy of two doses of parenteral Amoxicillin plus single-dose Gentamicin compared to four doses of parenteral Ampicillin plus single-dose Gentamicin. After 72 hours of treatment injectable Amoxicillin or injection Ampicillin will be switched to or replaced by oral Amoxicillin and will be discharged with an advice to attend to Ambulatory Care Unit (ACU) to receive a once-daily dose of injection Gentamicin for a total of 5 days. It is anticipated that this modified therapy will reduce the hospitalization stay of children with severe pneumonia and would therefore be relevant in countries with the resource-poor settings. By reducing the hospitalization period, this therapy has the potentials to reduce hospital-acquired infection. Hypothesis (if any): Rate of treatment failure with two doses of injectable Amoxicillin plus single-dose Gentamicin will be no more than that of four doses of injectable Ampicillin plus single-dose Gentamicin in the management of children between 2 months to 59 months hospitalized for WHO classified severe pneumonia.
The purpose of this study is to determine the safety, tolerability, and immunogenicity in patients with pulmonary tuberculosis of an investigational DNA vaccine being developed for the prevention of relapse of tuberculosis.
The primary objective of this study is to use a well-characterized pediatric AMPATH cohort, with detailed medication-taking, drug level, and clinical data, to longitudinally evaluate treatment failure and drug resistance to improve long-term care for HIV-infected children in Kenya and other RLS. Examining treatment failure and drug resistance emergence in children on ART and what factors impact these negative outcomes, will provide needed data to critically evaluate the efficacy of current ART, weight-based pediatric drug dosing guidelines, and recommendations for subsequent therapies. The objective is to specifically characterize how non-adherence leads to a lack of viral suppression and to drug resistance evolution, and how this characterization can inform interventions to improve adherence and increase treatment success.
The objective of this study is to determine efficacy of ritonavir-boosted lopinavir monotherapy as a maintenance regimen in HIV-1-infected patients who previously failed Non-nucleoside reverse transcriptase inhibitors (NNRTI) based regimens and currently received salvage protease-inhibitor (PI) based regimens.
Combination of PEG interferon and ribavirin is the standard treatment of chronic hepatitis C. Efficacy of this treatment has never been evaluated in HCV-HIV infected patients, who have previously been treated with a first line anti-HCV treatment. The purpose of the study is to evaluate the combination PEG interferon alfa2a-ribavirin in HIV-infected patients with chronic hepatitis C pretreated with interferon alone or interferon combined with ribavirin. The patients receive a dose of 180 µg of PEGASYS once a week and 800 to 1200 mg/day of ribavirin (according to weight) for 48 weeks. Primary outcome of the study is a sustained virological response, defined as an undetectable HCV RNA level 24 weeks after the end of anti-HCV treatment.