Active clinical trials for "Heart Defects, Congenital"

Congenital heart defects (CHDs) are a heterogeneous group of rare diseases of varying severity, each diagnosis with its unique set of co-morbidities. In addition to the heterogeneity, perhaps the greatest challenge to conducting comparative effectiveness research in CHD patients are the poor rates of successful transition from pediatric to adult centered cardiology care and high rates of gaps in recommend care for adults with CHD. This study will use PCORnet to examine the effects of gaps in recommended care (cardiology visits) on patient prioritized outcomes for adults with non-complex and complex subtypes of CHD. This system will be established through 14 (12 recruiting) PCORnet affiliated institutions and linkage to the Congenital Heart Initiative registry (https://chi.eurekaplatform.org), the first patient powered registry for adults with CHD. This registry launched in December 2020, and is IRB approved at Children's National Hospital (IRB# Pro00014697). Funded by PCORI, this project will recruit patients at the 12 PCORnet affiliated institutions and will invite them to contribute their health records data and then join the established Congenital Heart Initiative. By enrolling patients and linking their PCORnet (health record) data into an existing adult congenital heart disease (ACHD) specific registry, future interventions to reduce gaps in care based on study findings can be rapidly implemented in real-world settings through the strong partnerships established with key CHD stakeholders.

This is a single-center, single-blind, randomized parallel superiority trial comparing two groups; Sternum GuardTM as the treatment arm and Bone Wax as the active control group. Both investigated modalities are materials used during sternotomy for covering the sewn sternal edge. The primary outcomes of this study comprised of four parameters; namely surgical site infection (superficial or deep infection), sternal dehiscence, hemostatic effect, and surgeon's satisfaction rate. The first three primary outcomes were assessed during the operation, at the end of the hospital stay, 14 days, and 30-days postoperative.

The purpose of this study is to determine the effects of rhRNP on urine output and hemodynamics following corrective repair of Tetralogy Of Fallot.

The purpose of this study protocol is to determine if administering Intravenous Immunoglobulin (IVIG) for treatment of cardiopulmonary bypass (CPB) induced hypogammaglobulinemia in the early post-operative period can impact post-surgical outcomes (i.e., infection, fluid overload, and associated morbidities).

This trial is conducted in Oceania. The aim of this trial is to investigate the efficacy of activated recombinant human factor VII and standard treatment compared with standard haemostatic replacement therapy in cardiopulmonary bypass (CPB) surgery for paediatric congenital heart disease.

Although cardiopulmonary bypass (heart-lung machine) is a necessary component of heart surgery, it is not without consequences. Cardiopulmonary bypass initiates a potent inflammatory response secondary to the body's recognition of the abnormal environment of the heart-lung machine. This inflammatory response may lead to poor heart, lung and kidney function after the heart surgery. This is turn can lead to longer times on the ventilator (breathing machine), the need for higher doses of heart medications, a longer stay in the intensive care unit and even death. This is particularly true in infants less than one month of age due to their size and the immaturity of their organs. The appreciation of the post-cardiopulmonary bypass inflammatory response has resulted in a number of interventions directed at its reduction. No therapy has been recognized as the standard of care; however steroid therapy has been applied most often despite unclear evidence of a benefit. This study aims to determine if steroids improve the outcomes of babies undergoing heart surgery.

Critically ill children, including children undergoing heart surgery, commonly develop elevated blood glucose (also known as "blood sugar") levels during their illness, which can lead to poor health outcomes and an increased risk of death. This study will examine the effectiveness of maintaining normal blood glucose levels at decreasing infections and improving recovery in young children undergoing heart surgery.

Tranexamic acid(TXA) is an antifibrinolytic agent to reduce blood loss in cardiac surgery. Previous seven RCTs comparing effects of TXA in pediatric cardiac surgery showed conflict results. The reason why they showed mixed results would be the imbalance of patients population with regard to presence of cyanosis. TXA would reduce blood loss in pediatric cardiac surgery with well balanced patients population.

Adenosine has been proved to be an important mediator of myocardial protection induced by ischemic preconditioning. The hypothesis of this study is that adenosine preconditioning can provide additional myocardial protection in the setting of pediatric open heart surgery with cardioplegia and cardiopulmonary bypass.

Babies having heart surgery often have problems after surgery with their blood pressure and getting enough blood to their bodies. To treat this they require medicines to keep their blood pressure high enough to get blood to their bodies. The side effects of these medicines include fast heart rates and increasing the amount of work the heart has to do. Corticosteroids are made by the body and help to use the energy in the food people eat, control the chemicals in their blood and maintain their blood pressure. Corticosteroids made by the body may be decreased in patients that have major surgery. Corticosteroids help to increase blood pressure and can decrease the amount of blood pressure medicines a patient requires. Corticosteroids have been shown to increase blood pressure in patients with bacterial infections and in very small, premature babies but have only been studied in a few babies who have had heart surgery. The way corticosteroids work is unknown but may involve decreasing the body's response to being on a heart-lung machine or give steroids not being made by the patient. Corticosteroids have been shown to be helpful in treating many diseases. The purpose of this study is to look at the effects of corticosteroids in babies who have had heart surgery and need blood pressure medicines in the intensive care unit after surgery. Our idea is that getting corticosteroids will allow us to decrease the amount of blood pressure medicines each patient needs and improve how they do after surgery. We also plan to do blood tests to help determine how the corticosteroids are working. It will be randomly determined if the subject receives corticosteroids or salt water. The subject will receive a corticosteroid or salt water once a day for five days. Their vital signs will be monitored, especially blood pressure and their need for medicines to increase their blood pressure. Blood work will also be obtained to determine their body's ability to make steroids.