Brett Nixon
University of Newcastle, NSW, Australia
- This delegate is presenting an abstract at this event.
Dr Brett Nixon obtained his PhD in 1999 from the University of Newcastle and the Vertebrate Biocontrol CRC. He then undertook post-doctoral research in the Department of Cell Biology, Emory University, GA, USA (1999-2000) centred on the characterisation of knockout mouse models bearing targeted deletions of key proteins involved in gamete interactions. In 2001, Brett returned to the University of Newcastle and has since established a research program focusing on the molecular basis of mammalian gamete interaction. He is particularly interested in driving applied outcomes to help improve the diagnosis and treatment of male infertility and to inform the development of novel contraceptive strategies.
Presentations this author is a contributor to:
Establishing the first spermatogonial enrichment and biobanking pipeline for the koala (Phascolarctos cinereus) (#170)
12:00 PM
Katerina B Damyanova
The David Healy New Investigator Award Finalists' Session
Thermal and proteotoxic stressors drive dynamic remodelling of protein solubility in the male germline (#23)
8:15 AM
Shannon P Smyth
SRB Orals: Breaking Down the Sperm: Biology, Environment and Fertility
Phosphoproteomics reveals novel regulators of sperm function and fertility (#531)
5:30 PM
Georgia E Blackley
Joint Poster Session
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
Proteomic mapping of preconception environmental and endocrine stress signalling in the mouse caput epididymis (#249)
9:30 AM
Jess E. Mulhall
SRB Orals: Sperm Under Pressure: Stress, Signalling and Male Fertility
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
How paternal diet remodels the epididymal sperm proteome and programs offspring phenotypes (#220)
4:30 PM
David Skerrett-Byrne
The HMRI Reproductive and Family Health Program Emerging Research Leader Award Lecture
From Conduit to Conductor: The Emerging Central Role of the Epididymis in Male Fertility (#12)
3:00 PM
Brett Nixon
SRB Symposium: Mechanisms of male fertility: New directions across Testis, Epididymis and Sperm Biology