Trevor Burt, MD
|School||UCSF School of Medicine|
|Address||35 Medical Center way|
San Fancisco CA 94143
|Harvard University||M.D.||School of Medicine||2002|
|American Society for Clinical Investigation||2014||Young Physician Scientist Award|
|Burroughs Wellcome Fund||2014
||2018||Preterm Birth Initiative Award - Fetal Immune Activation and Lineage Switching in Preterm Birth|
|University of California San Francisco||2014
||2015||A Novel Approach to Study Human Fetal T Cell Differentiation and Function in vitro using iPS cells.|
|UCSF-Gladstone Institute of Virology and Immunology Center for AIDS Research (CFAR) ||2010
||2011||“Outside the Box” AIDS Vaccine Discovery Award |
|Pediatric Scientist Development Program (PSDP)||2006
|Sarnoff Cardiovascular Research Foundation||2000
I am an practicing neonatologist and also a lab-based basic/translational researcher with interests in development and function of the fetal and neonatal immune system. I am especially interested in how the developmental state of the immune system affects fetal and newborn susceptibility to infections. Related to this, I am also interested in how the immune system contributes to the pathogenesis of preterm labor.
Newborn infants are susceptible to serious infections by a wide range of pathogens, especially infants who are born prematurely. This has generally been interpreted to mean that the developing immune system is inactive, ineffective, or uneducated. To the contrary, the human fetal immune system is highly functional, but its primary function appears to be establishing and maintaining immune tolerance.
We focus on two main areas of developmental immunology: (1) how the human fetal immune system is specially adapted to prevent, terminate, or down-regulate immune responses in order to create tolerance; and (2) how the transition from fetal to adult immunity influences neonatal responses to antigen challenge and infection. These two areas of interest are united by the hypothesis that, due to persistent tolerogenic fetal developmental programs, the newborn immune system is prone to be tolerant of the stimuli it encounters. Therefore, rather than mounting an adaptive immune response that would lead to clearing an infection, the infant tends to mount responses that may lead to tolerance. We are committed to employing translational strategies to understand the basis of fetal immune tolerance by studying basic molecular and cellular phenomena, with the goal of ultimately utilizing basic discoveries to inform patient-oriented research. Current projects in the lab include:
(1) Molecular regulation of fetal T cell differentiation and function. Fetal and adult T cells appear to arise from unique, developmentally restricted hematopoietic stem cell (HSC) populations, resulting in distinct immunologic functions and gene-expression signatures. Utilizing molecular genetic approaches in vitro and in humanized mouse models, we are studying factors that direct the differentiation of, and mediate functional responses in tolerogenic fetal T cells. The goal of these studies is to better understand mechanisms of fetal tolerance, and to ultimately use these findings to generate novel therapeutic approaches for use in settings where broken tolerance leads to disease, such as autoimmune disease or transplant rejection. We are concurrently developing in vitro models utilizing induced pluripotent stem cell (iPSc) technology to study the process of T cell differentiation.
(2) The influence of fetal T cells on human neonatal immunity. Based on our findings, we hypothesize that newborns are in a state of transition between dominance of tolerogenic fetal T cells and immunogenic adult T cells. If so, the degree to which this transition has occurred at the time of birth would influence how neonates respond to antigenic challenge and infection. We have developed assays to measure the relative abundance of fetal and adult T cell gene expression in newborns. Utilizing these assays, we have shown that there is striking variability in the degree of immune maturation at birth. We are currently engaged in several translational projects to investigate the potential importance of this finding in various settings, including: (1) response to neonatal vaccination; (2) susceptibility to childhood viral infections and asthma; and (3) the pathogenesis of preterm labor.
Human immune system development, Mechanisms of fetal-maternal tolerance, Fetal and neonatal immune response to infections, Immunopathogenesis of preterm labor, Use of ES and iPS cell technologies to study immune development
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