Traude Beilharz
Monash University, VIC, Australia
- This delegate is presenting an abstract at this event.
My team studies eukaryotic RNA metabolism in health and disease. Our research is inspired by the fundamental need to understand the human genetic code. Through the combined use of next generation technologies and evolutionary conservation in model organisms, we aim to accelerate the discovery of basic gene-function.
Presentations this author is a contributor to:
SRSF3 facilitates reprogramming and coordinates gene expression in pluripotent cells through multiple RNA processing machineries (#51)
2:45 PM
Minna-Liisa Anko
Session 8B: RNA Regulation, Disease & Development
SRSF3 facilitates cell proliferation and controls cell cycle in pluripotent cells through the direct regulation of stem cell specific microRNAs (#289)
8:30 PM
Madara Ratnadiwakara
Poster Session 2
The mechanisms of alternative 3'UTRs in the control of gene expression (#168)
8:30 PM
Rachael Turner
Poster Session 1
Investigating the 3’ untranslated region of mRNA in order to understand the drivers of metastasis in primary triple negative breast tumours (#220)
8:30 PM
Andrew Pattison
Poster Session 2
Developmental profiling of RNA expression using PATseq identifies alternative polyadenylation as an important mechanism for the development of cerebral cortex neurons during mouse brain development. (#269)
8:30 PM
Julian Heng
Poster Session 2