Clinical Research Directory

AGED Diagnostics Clinical Validation Study

Validation of Blood-Based Tests for the Diagnosis of Metabolic Dysfunction-Associated Steatohepatitis (MASH) and Liver Fibrosis: This study aims to validate two investigational blood tests developed by AGED Diagnostics for the detection of metabolic dysfunction-associated steatohepatitis (MASH) and the assessment of liver fibrosis (scarring). MASH is a progressive form of metabolic dysfunction-associated steatotic liver disease (MASLD) that can lead to advanced liver disease, cirrhosis and liver-related complications. This prospective, observational study will enroll approximately 400-500 patients with suspected MASLD who are undergoing liver biopsy as part of their clinical care. Researchers will collect blood samples and relevant medical information from participants at multiple clinical sites. The blood samples will be analyzed using advanced DNA sequencing technology to measure DNA methylation, a biological marker that may provide information about liver health. The study will evaluate how accurately the investigational blood tests distinguish MASH from simple steatosis (fat accumulation in the liver without MASH) and identify different stages of liver fibrosis. Blood test results will be compared with liver biopsy findings. The results will be used to select and validate the most accurate prediction models for future clinical utility studies. The long-term goal is to develop noninvasive blood tests that may help healthcare providers identify patients with MASH and liver fibrosis earlier and guide appropriate clinical care.

Assessment of Non-Invasive Testing in Major Liver-Related Outcomes

This is a general clinical research protocol to study the clinical evaluation, investigation and long-term follow up of patients who have Metabolic Dysfunction-Associated Steatotic Liver Disease (MASLD) and MetALD (MASLD and increased alcohol intake), and to assess the usefulness and accuracy of non-invasive testing such as MRI and Fibroscan in tracking the progression of disease. The protocol is designed to follow the natural history, pathogenesis, interventions, treatment response, comorbidities, major liver related outcomes, and major cardiac events in patients with MASLD and MetALD, especially those with significant and advanced fibrosis. Data will be collected to help further the understanding of non-invasive testing with the hopes of lessening the need for liver biopsies in phase 3 clinical trials of MASLD and in clinical practice. Additionally, the study will aim to define the natural history of MetALD, an area that is poorly understood.