David Sharkey
University of Adelaide, SA, Australia
David Sharkey is a Senior Research Fellow at the University of Adelaide’s Robinson Research Institute and School of Biomedicine. An emerging leader in clinical reproductive immunology, his research focuses on the immunological dialogue between sperm, seminal fluid, and the female reproductive tract. David was recently awarded an NHMRC Ideas Grant to explore sperm’s role in reproduction beyond fertilisation. Over the past two decades, his work has led to key discoveries, including the finding that seminal fluid triggers an immune response in the cervical tissues of women following intercourse. His current research investigates how semen-derived signals shape maternal immune tolerance, aiming to advance understanding of the immunological mechanisms that constrain human fertility and pregnancy success.
Presentations this author is a contributor to:
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
Sperm-to-SEV cargo transfer reveals bidirectional and donor-specific sperm–seminal extracellular vesicle communication (#534)
5:30 PM
Shanu Parameswaran
Joint Poster Session
Seminal extracellular vesicles originate throughout the male reproductive tract and retain tissue-of-origin signatures (#86)
12:51 PM
Elizabeth Torres-Arce
The Hudson Reproductive Health Awards for Excellence: Finalists' Lightning Talks
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