All clinical trials

Based on the gastric cancer database established earlier, this project explored the PG standard suitable for Chinese people, and further explored the establishment of machine learning model to stratify gastric cancer risk in the population, guide the frequency of gastroscopy screening, and extract important gastric cancer risk factors from it.Establish electronic health records of gastric organs, track the development and outcome of gastric diseases through deep learning method, in order to predict the development and outcome of gastric diseases;Then, the simulation hypothesis deductive method is used to compare the outcomes that may be caused by different lifestyles with the help of deep learning model, so as to guide patients to develop a better lifestyle and explore the establishment of health management paths for gastric cancer patients and high-risk groups in China.

What is the medical environment of the emergency department? Is the practice status of emergency medical care good or bad? At present, there is no corresponding investigation and research on the current situation of emergency medical care in China. Therefore, this study intends to conduct a cross-sectional survey of the current practice of emergency medical staff to understand the current situation of emergency medical care and provide a basis for the development and construction of the emergency department.

To determine the proportion of patients suffering from acute hepatic porphyria (AHP) from different hospital departments and referred to an internist referent for a suggestive clinical picture with a first negative etiological assessment.

MITOMICS aims to determine which RNA-Seq results (from muscle or fibroblasts) are the most informative for the interpretation of VUS identified by WES for patients suspected of mitochondrial myopathy. Analysis of RNA-Seq and WES results will performed with a computational approach using an autoencoder-based method

The investigators are conducting a study to compare the self-reports of executive functions (that is to say, what role cognitive processes such as working memory and attention) in persons with Parkinson's Disease to the reports of executive functions completed by their significant others. To conduct this study, the investigators need the participation of persons who are diagnosed with Parkinson's Disease and their significant others.

The HBP Synchrony Using ECG Belt study is a prospective, non-randomized single site physician-initiated research study. The study will collect ECG Belt data from up to 30 subjects at one single center. The target population will include subjects with a currently implanted Medtronic cardiac implantable device who have a HIS placed lead. The purpose of the study is to characterize the electrical dispersion using the ECG Belt provided by Medtronic in patients who have a HIS placed lead and understanding the amount of synchrony with intrinsic conduction compared to HIS pacing.

The S22 study investigates, in a cross-sectional study, the ability of algorithms that analyse acoustic and linguistic patterns of spoken language to predict the presence of amyloid positivity in early stage Alzheimer's disease, specifically in Mild Cognitive Impairment (MCI) and cognitively normal (CN) cohorts; and whether similar algorithms can predict cognitive functioning, in classifying MCI vs CN.

Despite good initial response, some patients with core binding factor and/or NPM1-mutated AML eventually relapse. Some of these patients can be identified earlier on, before overt cytological relapse, when followed for minimal residual disease. The outcome of patients treated when molecular relapse is confirmed, before overt cytological relapse, is not well known. This multi-center retrospective will therefore study the outcome of these patients and try to specify the role of allogeneic stem cell transplantation in this setting.

The aims of this study are: • To assess 14-3-3 η (eta) protein antibodies in the serum of rheumatoid arthritis patients and its relation to disease activity and severity. • To investigate the role of 14-3-3 η (eta) protein in the diagnosis or assessment of subclinical carotid artery atherosclerosis.

Children born with congenital heart problems face numerous physical, developmental, and social challenges. Complications in pregnancy have potential to impair brain development, leading a smaller brain volume and less mature brain even in babies born at full term. As the brain is less mature, it may be more susceptible to oxygen deprivation and other forms of brain injury. Urgent surgery is often required in the first few weeks of life to improve functioning of the heart, but this surgery also carries a risk of additional brain injuries. The aim of this study is to provide a better understanding of factors associated with the development of brain injury in neonates undergoing heart surgery in the first year or life. The short-term aim of this study is to provide data to help our team to develop advanced monitoring software that can be used to guide perfusion of the brain during surgery with a view to preventing surgery-related brain injury. The mid-term goal of the study is to identify risk factors associated with brain injury and inflammation around the time of surgery, through using MRI and taking blood samples. A longer term aim of this study is to be able to follow the children as they develop to see if any problems develop later in life. In this study, we will ask parents to complete two brief questionnaires when their infant reaches 2 years of age. Overall, this study aims to improve our understanding of the causes of brain injury in patients born with congenital heart problems. The data provided by this study will help us to develop new tools for monitoring brain perfusion during surgery.