Clinical Trial

Comparison of ALD, NASH, and Healthy Control Patients

Study Description

Comparison of ALD, NASH, and Healthy Control Patients

The availability of biological samples from individuals with alcoholic liver disease (ALD), as well as samples from appropriate heavy drinking, yet healthy controls and non-drinking healthy controls, is an essential first step in the translation of basic research advances to the clinic. The purpose of the Clinical Core component of the P50 Northern Ohio Alcohol Center (NOAC) is to provide biological samples (plasma/serum, buffy coats, and urine) from patients with different stages of alcoholic liver disease, as well as healthy control subjects, to members of the NOAC. These samples can then be used to test specific hypotheses related to the presence of specific biomarkers in the serum, functional immune activity in PBMCs and/or genetic polymorphisms that may predict severity of disease, short- and long-term morbidity and mortality and/or responsivity to specific therapeutic interventions commonly used in clinical practice. This study is building on the established biorepositories and the diversity of outstanding clinical expertise at the Cleveland Clinic. This biorepository included clinical samples (plasma, serum, buffy coats, and urine) from patients with different stages of ALD and subjects who are heavy drinkers without ALD, recruited from the Cleveland Clinic alcohol use disorder treatment clinic. This study will be responsible for collecting more data to help build the CCF-ALD biorepository via subject recruitment and communication and specimen collection.

Location

Locations Selected Location

Methods

No pharmaceutical medication involved No pharmaceutical medication involved
Patients and healthy individuals accepted Patients and healthy individuals accepted

Blood draw

Patients will have a one time blood draw

Additional Information

Official Study Title

Comparison of ALD, NASH, and Healthy Control Patients

Clinical Trial ID

NCT03224949

ParticipAid ID

9b6q9a