Sarah Robertson
Adelaide University, SA, Australia
- This delegate is presenting an abstract at this event.
Professor Sarah Robertson is Director of the Robinson Research Institute, University of Adelaide. Her research focus is the immune response to conception and pregnancy, and consequences for reproductive success and offspring health. Defining fundamental biological pathways and developing novel interventions targeting immune pathways to tackle fertility and gestational disorders, is the goal of her work. She is funded by the NHMRC, ARC, CIHR and Gates Foundation, and has 170 peer-reviewed scientific journal papers and reviews. She is an elected Fellow ofThe Australian Academy of Science, the Australian Academy for Health and Medical Sciences, and Fellow of the Society for Reproductive Biology. She serves on the Editorial Boards of Endocrinology and the Journal of Clinical Investigation.
Presentations this author is a contributor to:
Elevated decidual vascular remodelling and placental efficiency is elicited by maternal-fetal MHC disparity and mediated by maternal T cells (#166)
11:00 AM
Uyen Pham
The David Healy New Investigator Award Finalists' Session
Gamma delta T cell deficiency in pregnancy compromises fetal growth in mice (#79)
11:45 AM
Kerrie L Foyle
SRB Orals: Placenta, Pregnancy and the Path to Healthy Fetal Growth
Elevated ambient temperature modifies seminal plasma composition and endometrial transcriptional responses after mating (#69)
11:15 AM
John E Schjenken
SRB Orals: Passing It On: Environmental and Epigenetic Influences Across Generations
Seminal extracellular vesicle–mediated NF-κB signalling at the male–female reproductive tract interface (#521)
5:30 PM
Ellen L Stonestreet
Joint Poster Session
Human seminal extracellular vesicles carry microRNAs predicted to regulate female reproductive tract immune function (#512)
5:30 PM
Heidi J Gilchrist
Joint Poster Session
Effect of acute Treg cell depletion on seminal fluid quality in mice (#536)
5:30 PM
Shreetha Ramasubramanian
Joint Poster Session
Paternal beta-defensin 22 promotes uterine receptivity through modulating the endometrial transcriptome at pre-implantation in mice (#90)
1:03 PM
Hon (Dexter) Y Chan
The Hudson Reproductive Health Awards for Excellence: Finalists' Lightning Talks