Michelle Haber
Children's Cancer Institute, NSW, Australia
- This delegate is presenting an abstract at this event.
Professor Michelle Haber is Executive Director of Children’s Cancer Institute, and Head of the Institute’s Experimental Therapeutics Program. She is internationally recognised for her world-class research into the treatment of neuroblastoma and acute lymphoblastic leukaemia in children. Her project team are working towards more effective treatments for individual childhood cancers by identifying molecular targets that drive the growth and development of cancer in children, developing new drugs to inhibit the action of these targets, and combining existing and new drug treatments into novel therapeutic approaches that can be rapidly translated into national and international clinical trials. She has received numerous awards for her research, particularly in terms of translating her research findings into the clinic, including the 2014 Cancer Institute NSW Premier’s Award for Outstanding Cancer Researcher of the Year and in 2015 was appointed an inaugural Fellow of the Australian Academy of Health and Medical Sciences. She was one of three Finalists for the 2017 CSIRO Eureka Prize for Leadership in Innovation and Science. Prof Haber has a long and continuous record of peer-reviewed grant funding and an excellent track record with more than 175 journal publications. She is currently leading the Zero Childhood Cancer national child cancer personalised medicine program, which will enable all newly-diagnosed, high-risk childhood cancer patients in Australia, and all children who relapse following treatment, to have their therapy tailored to the specific genetic and biological characteristics of their individual tumour. The national clinical trial for this program was opened in September 2017.
Presentations this author is a contributor to:
High-throughput screening identifies new inhibitors of the multidrug transporter MRP4 (#106)
2:15 PM
Leanna Cheung
Afternoon Tea/Poster Session
MYCN coordinately regulates the entire polyamine pathway to maintain high polyamine levels in neuroblastoma (#116)
2:15 PM
Laura Gamble
Afternoon Tea/Poster Session
Molecular profiling to predict drug sensitivity or resistance in relapsed childhood cancer (#158)
2:15 PM
Carol Wadham
Afternoon Tea/Poster Session
An 18-gene Myc activity signature for neuroblastoma and other Myc-driven cancers (#124)
2:15 PM
MoonSun Jung
Afternoon Tea/Poster Session
TESTING HIGH RISK CHILDHOOD CANCER PATIENT CELLS IN VITRO FOR POTENTIAL NEW DRUG TREATMENTS (#101)
2:15 PM
Greg M Arndt
Afternoon Tea/Poster Session
THE ACRF DRUG DISCOVERY CENTRE: AN EARLY-STAGE DRUG DISCOVERY SERVICE (#132)
2:15 PM
Anna Mariana
Afternoon Tea/Poster Session
Modelling personalised medicine in high-risk neuroblastoma (#125)
2:15 PM
Alvin Kamili
Afternoon Tea/Poster Session
A novel anti-cancer agent that sensitizes neuroblastoma cells to chemotherapy and targets cellular metabolism (#115)
2:15 PM
Claudia Flemming
Afternoon Tea/Poster Session
CBL0137, a novel NFkB suppressor and p53 activator, is highly effective in two independent pre-clinical mouse models of neuroblastoma (#136)
2:15 PM
Jayne Murray
Afternoon Tea/Poster Session
New, highly selective MRP1 inhibitors show promising preclinical activity in neuroblastoma (#164)
2:15 PM
Denise MT Yu
Afternoon Tea/Poster Session
NOVEL THERAPEUTICS FOR MIXED LINEAGE LEUKAEMIA IN INFANTS (#133)
2:15 PM
Shiloh MC Middlemiss
Afternoon Tea/Poster Session
Investigating the therapeutic potential of targeting ABCE1 in neuroblastoma (#117)
2:15 PM
Jixuan Gao
Afternoon Tea/Poster Session
Assessing an in vitro model of cultured patient-derived xenografts for predicting treatment response in vivo (#127)
2:15 PM
Mawar M Karsa
Afternoon Tea/Poster Session
M606, a novel small molecule inhibitor of MYCN oncoprotein (#162)
2:15 PM
Chengyuan Xue
Afternoon Tea/Poster Session
A novel molecule targeting protein translation, rapidly and selectively induces cell death in Mixed Lineage Leukaemia (#149)
2:15 PM
Klaartje SJ Somers
Afternoon Tea/Poster Session
Therapeutic targeting of the MYC signal by inhibition of histone chaperone FACT in neuroblastoma (#154)
2:15 PM
Joanna Tsang
Afternoon Tea/Poster Session