Primary objective is to evaluate the effect of EFX compared to placebo on achieving
NASH/MASH resolution AND fibrosis regression at Week 52 (in
Cohort 1 only) and to evaluate the effect of EFX compared to placebo on all-cause
mortality and liver-related clinical outcomes as measured by the
time to first occurrence of any of the predefined, adjudicated events
in subjects with NASH/MASH and fibrosis.

Quitting smoking is hard, and many Veterans struggle even with current treatments. This study is testing a safe, non-invasive brain stimulation called repetitive transcranial magnetic stimulation (rTMS), which is already FDA-approved to help people stop smoking. We're comparing two types—standard and personalized—to see which works better. We aim to find the best option to help Veterans quit for good.

Patients with End Stage Renal Disease (ESRD) need hemodialysis at least three times a week, with each session lasting up to four hours. This frequent access can cause complications like infiltration, vessel wall weakening, and vein failure. The VenaSure aims to improve this by implanting a device that reduces the need for many punctures and protects the vessel walls, extending the life of the access vein. This helps patients continue their daily lives with fewer disruptions while receiving dialysis. About 100 participants will be enrolled study-wide, with 20 at MUSC Orangeburg. Participants will be followed for 36 months.

This study is for subjects that are post-menopausal women that have been diagnosed with early-stage, low molecular risk breast cancer. Subjects are expected to remain in the study for 60months. There will be a total of 25 subjects enrolled locally.

This study will enroll patients and collect blood samples from those who are either in lung cancer screening, have a lung nodule that is suspicious for malignancy, a newly diagnosed cancer, or healthy control subjects. These samples that are being collected and banked will be used for future development of blood tests to detect lung cancer in future patients at the earliest stages.

This study will enroll patients and collect blood samples from those who are either in lung cancer screening, have a lung nodule that is suspicious for malignancy, a newly diagnosed cancer, or healthy control subjects. These samples that are being collected and banked will be used for future development of blood tests to detect lung cancer in future patients at the earliest stages.

This study will enroll patients and collect blood samples from those who are either in lung cancer screening, have a lung nodule that is suspicious for malignancy, a newly diagnosed cancer, or healthy control subjects. These samples that are being collected and banked will be used for future development of blood tests to detect lung cancer in future patients at the earliest stages.

This study will enroll patients and collect blood samples from those who are either in lung cancer screening, have a lung nodule that is suspicious for malignancy, a newly diagnosed cancer, or healthy control subjects. These samples that are being collected and banked will be used for future development of blood tests to detect lung cancer in future patients at the earliest stages.

This study is enrolling subjects with tricuspid regurgitation, which is what occurs when the tricuspid heart valve on the right side of the heart does not close properly and blood leaks backwards. Over time this can lead to symptoms like shortness of breath and fluid build up in the legs, abdomen, and lungs. This study involves a new investigational device called the TricValve® Transcatheter Bicaval Valve system to treat the leaky valve. Investigational means it is not approved for commercial use by the Food and Drug Administration. (FDA) This study will last about 5 years and include about 11 visits. Study related procedures include physical exams, right heart catheterization (an invasive procedure to check pressures inside the heart), echocardiograms (ultrasound test of the heart), CT scan, blood work, questionnaires, hall walk test and procedure to place the device. Risks include those related to the device and procedure such as infection, failure of the device, worsening of your symptoms or other cardiac complications. There are also risks associated with study testing such as radiation risks, blood draw risks, loss of confidentiality and unknown risks. There is potential benefit to you and to others in the future from what is learned from this study.

Examine current real-world utilization of mcfDNA using a multi-center retrospective registry. To achieve this aim, we will utilize a multi-center REDCap database to examine and summarize patient demographics and types of transplants where mcfDNA was used. We will classify cases based on common syndromes/indications for which mcfDNA is sent, timing of the test, and clinically relevant microbiologic yield of mcfDNA results.

Identify clinical predictors where mcfDNA outperforms CMT. We will analyze specific clinical syndromes where mcfDNA has higher yield compared to CMT including pneumonia, visceral abscesses, CNS infections, etc. We will also
identify specific pathogens that are more likely to be detected by mcfDNA earlier in the clinical course such as bartonella, syphilis, parasitic infections, and other atypical bacteria, mycobacteria, and fungi.

Analyze clinical impact of mcfDNA to assess whether the use of the test had a positive vs. negative vs. neutral impact on patient care using pre-specified definitions. Additionally, we will perform clinical adjudication of positive and
negative mcfDNA cases using standardized criteria and analyze effect of timing of test ordering on clinical impact.