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Krista Casazza, PhD

Associate Professor
Department of Pediatrics
Division of General Pediatrics
1600 5th Avenue South
Park Place I South
PPI 310
Birmingham, AL 35233 
Phone: (205) 638-9585

Krista Casazza obtained her PhD from Florida International University in 2006, where her research focused on dietary and physical activity education interventions in adolescents. She received a postdoctoral fellowship on a T32 training grant at the University of Alabama at Birmingham (UAB) later that year under the mentorship of Drs. Jose Fernandez and Barbara Gower. During her training Dr. Casazza competed for and received an intramural pilot feasibility grant as well grant support from the Thrasher Research fund to investigate the effects of macronutrient modification (carbohydrate in particular) on reproductive hormones, insulin dynamics and body composition during a weight loss intervention in peri-pubertal African American girls. The data gathered from these studies was used in the submission of an NIH/NIDDK K99/R00 Transition to Independence Award which Dr. Casazza received in 2009. Working with the pediatric population, Dr. Casazza’s research interest have evolved into understanding the resource partitioning during critical periods of growth and development with primary focus on the bone fat interface. In addition to the R00 study, she is currently conducting an investigation of the contribution of bone marrow adipose tissue accrual to the bone-fat interface and the metabolic effects of this relationship in young children. During here four years as a postdoctoral fellow, Dr. Casazza has published 44 papers, 3 book chapters, presented numerous abstracts and invited talks at national and local meetings. She was promoted to Assistant Professor at UAB in February, 2011. In September 2014 Dr. Casazza was promoted to Associate Professor and transferred to the Department of Pediatrics with the UAB School of Medicine and Children's of Alabama.

Research Interests:

Mechanisms associated with body tissue partitioning during childhood, with the central focus of reciprocal interplay between bone and adipose tissue, and far-reaching interwoven pathways ultimately leading to adulthood health determination.