View clinical trials related to Genetic Disorder.
Filter by:LIPIGEN is an observational study involving Italian physicians and researchers in the field of diseases related to blood lipid levels. This study aims to improve the diagnosis and treatment of people with familial dyslipidaemias, including very common conditions such as familial hypercholesterolaemia (FH) and less common ones such as familial chylomicronidaemic syndrome (FCS). What does the study do? It collects information on Italian patients with Familial Hypercholesterolaemia (FH), following them in their normal clinical examination without adding extra procedures. It uses the data collected to further our understanding of diseases such as familial hypercholesterolaemia, examining how it is diagnosed clinically and by genetic testing, and evaluating the effectiveness of different treatments. It seeks to identify the genetic mutations that cause familial hypercholesterolaemia and other dyslipidaemias, helping to choose the most effective treatments. It evaluates the impact of long-term treatments and patient adherence to medication, as well as monitoring the incidence of cardiovascular events and other important outcomes. Who can participate? The study is aimed at people of all ages, from children to adults, with familial hypercholesterolaemia or other genetic dyslipidaemia. More than 50 centres throughout Italy are involved, making the study accessible to many. What does participation entail? Participants will continue with their normal clinical practice. Data such as family history, personal clinical findings and genetic information will be collected, without additional procedures. For some, further evaluations, such as ultrasounds, may be required to better study their condition. The LIPIGEN study not only helps to better understand diseases related to high cholesterol but also aims to improve patients' lives through more precise diagnosis and personalised treatments.
SLC13A5 deficiency (Citrate Transporter Disorder, EIEE 25) is a rare genetic disorder with neurodevelopmental delays and seizure onset in the first few days of life. This natural history study is designed to address the lack of understanding of disease progression. Additionally it will identify clinical and biomarker endpoints for use in future clinical trials.
The Relaxation Response Resiliency Program (3RP) has shown efficacy in improving coping and resilience across diverse populations; however, little is known about how it helps individuals manage the challenges of living with a chronic illness. This study proposes to pilot test an adapted version of the 3RP among patients living with VHL.
This clinical trial collects information on how sequencing a patient's deoxyribonucleic acid (DNA) (i.e., the genetic material) could impact their health care. This study also develops and improves ways to include genomic information from DNA sequencing into the electronic health record to create a more complete "Health Tapestry" for each participant. Sequencing of a patient's DNA leads to the detection of genetic variants some of which determine risk for disease development. Discovery of those genetic variants in a patient could result in prevention, earlier diagnosis or better therapy of disease.
This study evaluates the association between testosterone levels and risk of dementia and adverse mental health outcomes (e.g. depression and anxiety). It is not known whether low testosterone levels may be associated with an increased risk of dementia. Learning about the association between testosterone levels and risk of dementia may help determine the long-term effects of androgen deprivation therapy and may help improve quality of life.
The study aims to identify novel monogenic phenotypes from specific pedigrees and discover the underlying causal genetic variant using genetic sequencing (Sanger and/or Next Generation Sequencing - Panel/WES/WGS) methodologies in families across the United Arab Emirates (UAE).
Community-acquired pneumonia (CAP) is a heterogeneous disease causing great morbidity, mortality and health care burden globally. Typing methods for discriminating different clinical conditions of the same disease are essential to a better management of CAP. Traditional typing systems based separately on clinical manifestations (such as PSI and CURB-65), pathogens(bacterial types, virulence, drug resistance, etc) or host immune state (immunocompetent, immunocompromised or immunodeficiency). Thus, they are barely able to represent the real disease status nor to precisely predict the mortality. As the development of multi-omic technologies, the relatedness of different phenotypes at a molecular level have revolutionized our ability to differentiate among patients. Our study is aimed at establishing a novel molecular typing method of CAP. Multi-omic (including genomics, transcriptomes, and metabolisms) data obtained from enrolled CAP patients and isolated pathogens would be integrated analyzed and interpreted. Tthe investigators believe that an appropriate molecular typing method would lead to revolutionary changes in current arrangements of CAP.
Background: Some patients with unusual genetic conditions are referred to the National Institutes of Health (NIH). They may not be eligible to join current research studies. Testing such patients is a good way to improve the skills of research staff. The findings could lead to new processes and research. Objectives: To recruit a diverse group of pediatric subjects with genetic disorders. To give clinic staff hands-on experience working with these patients. Eligibility: Children any age with a known or suspected genetic disorder. Design: Participants will be screened with medical history and physical exam. They may have lab and other tests. Family members may give DNA samples. Participants will have: Medical history Physical exam Height, weight, and other measurements taken. A clinical evaluation of their disorder. They may have: Blood, urine, and saliva samples taken Imaging tests. These may include x-rays, scans, ultrasound, or skeletal survey. A sleep study A visit with other specialists at NIH A genetic test from a commercial lab Medical photographs taken Other tests Participants may have follow-up visits. They may get medical or surgical treatment.
Background: - During puberty, children begin to develop into adults. Problems with the hormones released during puberty can affect the reproductive system. Some people have low hormone levels that severely delay or prevent puberty. Others start puberty abnormally early. Other people may have a normal puberty but develop reproductive disorders later in life. Researchers want to study people with reproductive disorders to learn more about how these disorders may be inherited. Objectives: - To learn how reproductive system disorders may be inherited. Eligibility: - People with one of the following problems: - Abnormally early puberty - Abnormally late or no puberty - Normal puberty with hormonal problems that develop later in life - People who have not yet had puberty but have symptoms that indicate low hormone levels. Design: - Participants will provide a blood sample for testing. They will complete a questionnaire about their symptoms. They will also have a scratch-and-sniff test to study any problems with their ability to smell. - Participant medical records will be reviewed. Participants will also provide a family medical history. - Family members of those in the study may be invited to participate. - Treatment will not be provided as part of this study....