Cerebrospinal Fluid Signature of Hydrocephalus

• Arie Horowitz, DSc

Myocardial Slices: A Novel Cardiac Model to Study Mechanical Load In Vitro

• Fotios G. Pitoulis, BS, Imperial College London

Deciphering Warburg Effect: The Connection between Metabolism, Epigenetics and Tumor Differentiation

• Jiangbin Ye, PhD, Stanford University

Disease and Phenotype Relevant Genetic Variants Identified from Histone Acetylomes in Human Hearts

• Wilson Tan, BS, National University of Singapore

Enhancer-Dependence of Cell-Type-Specific Gene Expression Increases with Developmental Age

• Wenqing Cai, PhD, Boston Children's Hospital

Novel Metabolic Role for Skeletal Muscle BDNF in Pancreatic ß-Cell Insulin Secretion

• Gianluca Fulgenzi, PhD, NCI, National Institutes of Health

Deletion of Hepatocellular eNOS Impairs Exercise-Induced Improvements in Hepatic Mitochondrial Function

• Rory Cunningham, MD, University of Missouri

Integration of human genetics and mutli-omics data implicates novel pathways in hydrocephalus

• Andrew T. Hale, PhD, Vanderbilt University School of Medicine

Investigating type 1 diabetes pathogenesis with the live pancreas tissue slice platform

• Mollie Huber, University of Florida

Glycosyltransferase Knockouts in Email Anopheline Mosquitoes as a Novel Malaria Transmission Blocking Strategy in Columbia

• Erika Garrido Zea, MB, MSc, UniRemington, Faculty of Health Sciences