View clinical trials related to Failure to Thrive.
Filter by:The purpose of this study is 1. To describe patient characteristics and drug usage among children that are prescribed esomeprazole for the first time and to compare them with patients who are prescribed other proton pump inhibitors (PPIs) or H2-receptor antagonists for the first time. 2. To ascertain all incident hospitalized cases of angioneurotic oedema, pneumonia, gastroenteritis, failure to thrive, convulsions/seizures, acute interstitial nephritis and thrombocytopenia among new users in the three cohorts of esomeprazole, other PPIs and H2-receptor antagonists.
Cyproheptadine is currently clinically used as an appetite stimulant for children with failure to thrive without underlying organic disease. Otherwise, no randomised control trial demonstrates the efficacy of Cyproheptadine on those patients. This is precisely what the investigators intend to demonstrate on this randomised placebo control cross-over trial. Our hypothesis is that Cyproheptadine is more efficient than placebo to improve weight gain and feeding behaviour on 2 to 4 years old children with failure to thrive.
A major consequence of chronic liver disease in childhood is growth failure. This is because a chemical essential for growth called growth factor is created in the liver. Lack of response to growth hormone in people with chronic liver disease is characterized by high levels of growth hormone and low levels of growth factors. This growth hormone resistance is reflected in a variety of factors including insulin resistance and low nutritional intake. Unfortunately, growth hormone therapy has no effect for children with liver disease. In addition, failure of normal growth or malnutrition makes liver disease even worse in children, and growth hormone therapy is not likely to reverse this. A lack of proper nutrition is associated with hospitalizations and frequent complications. Poor growth is a predictor of poor outcomes after liver transplantation. Thus the management of children with liver disease remains a challenge. Children who have successful orthotopic liver transplants (OLT) show much improvement in some aspects of growth, including skin fold thickness, mid-arm circumference, and normalization of growth factor levels. However, some studies have recently reported that the growth of 15-20% of children remains poor even after a liver transplant. This can be explained by persistent abnormalities in growth factors after transplant. Growth factor was found to be a good tool for prognosis in patients with chronic liver disease. Studies showed that patients with liver cirrhosis and growth factor levels below normal values showed lower long-term survival rates compared with patients who had above normal values. This suggests that growth factor can be a good predictor of survival and early marker of poor liver function. In this case, aggressive feeding may modestly improve growth factor levels leading to improved growth but it is unlikely that effects will be optimal. The investigators propose that growth factor administration may have a positive effect that leads to better growth which is a major predictor of good outcome. To date, no reports study the use of growth factor in children with chronic liver disease. This study proposes to examine the effect of growth factor therapy in childhood chronic liver disease.
The investigators hypothesize that low serum ghrelin levels may characterize a group of patients with poor weight gain and/or linear growth who do not have any other identified cause for growth failure. These patients may present with a variety of complaints and are often evaluated by both pediatric endocrinologists and pediatric gastroenterologists. The investigators hypothesize that ghrelin has a physiologically important role in linear growth and that chronic diseases of the gastrointestinal system, such as H. Pylori infection or celiac disease, may alter serum ghrelin levels in children. Low ghrelin levels may be a factor leading to poor growth, potentially by altering growth hormone secretion and/or by decreasing appetite. By measuring ghrelin levels in children with short stature and in children with gastrointestinal disease, the investigators will further elucidate the possible physiologic role of ghrelin in childhood growth and how it may be altered in conditions causing short stature and in certain gastrointestinal diseases.
This study will evaluate the status of the growth hormone/ insulin-like growth factor-1 (GH/IGF-1) axis in relation to growth failure, body weight and composition and neuroprotection in children with Ataxia telangiectasia (AT).
The primary objective of the trial was to assess the bioequivalence for two concentrations (5.83 mg/mL and 8 mg/mL) of the new r-hGH liquid multidose formulation using the r hGH freeze-dried multidose formulation (Saizen® 8 mg, 8.8 mg/1.51 mL) as reference. Each volunteer received three r hGH treatments, with each treatment being administered as a single subcutaneous dose of 4 mg r-hGH in a randomized sequence with at least one week of wash-out period between successive treatments.
The study will be a randomized, double-blind, prospective trial. Newborn infants (enrollment age 0-14 days) will be assigned randomly to receive one of two products, provided in identical packages except for the lid color. Neither the investigators nor the parents will know which product the infant is receiving. The infants will be monitored at study enrollment, and at 4, 8, and 12 weeks of age. There will be two study groups, each receiving one of the following formulas: 1. The new partially hydrolyzed whey formula (NF) - Materna cow's milk infant formula containing partially hydrolyzed whey protein, produced and packaged by Materna Laboratories, Maabarot. 2. The currently marketed partially hydrolyzed whey formula (CF) - Nan HA, produced by Nestlé. In order to maintain blinding, the Nan HA will be repacked in packaging identical to the Materna product, except for the lid color
This study will evaluate the safety and effectiveness of insulin-like growth factor-1 (IGF-1) to treat patients with X-linked severe combined immunodeficiency (XSCID). Those who have XSCID lack white blood cells that protect their bodies from invasion by all types of germs. IGF-1 is the main hormone responsible for the body's growth and metabolism. As a medication, IGF-1 is Increlex[(Trademark)] (mecasermin), Patients ages 2 to 20 who have not yet begun puberty, have a diagnosis of XSCID, and are shorter than the 3rd percentile for their age may be eligible for this study. This study will last about 3 years, and patients' visits will be scheduled at 3-month intervals. Patients will have a physical history and exam, X-rays, electrocardiogram, blood tests, and body measurements. Patients will take estradiol orally for 2 days, to help avoid false results of growth hormone (GH) levels in blood samples. Then provocation testing is done, with two tests back to back. It determines blood levels of GH and the body's response to testing with drugs called arginine and clonidine. Patients are admitted to the pediatric inpatient unit and will have an intravenous (IV) line placed in the arm. Arginine is given by IV over 30 minutes, and blood samples are taken. Right after arginine testing, the clonidine tablet is given. The IGF-1 generation test is then done to see if the body makes IGF-1 as a product in response to injections of GH for 5 consecutive days. This test does not require that patients are inpatients, but after Day 8, patients must be admitted to the pediatric unit to have blood sampling, start Increlex injections, and start close monitoring of blood sugar levels. They will learn how to do a self-injection and follow other advice. They will complete records about the injection site, symptoms, and side effects-keeping records for at least the first 2 days after going home, with each dose change, and as needed. Patients stick their fingertip and place a small drop of blood on a blood sugar monitoring strip. The strip is put into a glucometer-a small hand-held device to measure the blood sugar level. Patients will be instructed to always have a source of sugar available in case blood sugar is too low.
1. Children in the home intervention group will have better growth (increase in weight and height) than children in the control group. 2. Children in the home intervention group will have better behavior than children in the control group. 3. Children in the home intervention group will have better academic performance than children in the control group.
This is an extension study to Tercica study MS301 (NCT00125164) and is intended to collect long term safety and efficacy data on the continued use of recombinant human insulin-like growth factor-1 (rh IGF-1) in children and adolescents treated for primary IGF-1 deficiency (IGFD). The secondary objective is to use the data collected to learn more about the relationship of IGF-1 exposure to the promotion of normal growth and pubertal development.