Sponsored Symposia

The Program will include a range of additional Symposiums brought to you by official PRSM 2023 sponsors.

The Symposia below can be registered for during the online registration form.

City Fertility Sponsored Symposium


Title: The long-term health, development and educational outcomes of Australian IVF conceived children, key insights
Chair: Dr. Devora Lieberman, City Fertility, Medical Director NSW
Date: Monday, 13 March 2023
Time: 7:30am

Speaker:

Prof. Roger Hart
Topic:
The long-term effects of IVF treatment on the health of adolescent offspring

Speaker:

A/Prof. Kate Stern
Topic: 
School Age Outcomes Among IVF Conceived Children: A Population Wide Cohort Study

Besins Healthcare Sponsored Symposium

Speaker:

Prof. Gian Carlo Di Renzo MD, PhD, FRCOG (Hon), FACOG (Hon), FICOG (Hon), Past General Secretary of FIGO, University of Perugia, Perugia Italy.
Topic: The Treatment & Management of Threatened Miscarriage. New Developments, Guidelines & Recommendations
Date:
Monday, 13 March 2023

Speaker:

Prof. Marta Devesa Rodriguez de la Rua

Topic: Individualization and optimization of LPS, more especially in FET cycles: the Mi-PROF study
Date:
Monday, 13 March 2023

UNSW Sponsored Symposium

 

Title: Women in Reproductive Medicine
Chair:
Prof. Eileen Baldry, Professor of Criminology, UNSW Sydney. 
Date:
Tuesday, 14 March 2023
Time: 
7:30am

Speakers:


Sarah Dalati, 
Senior Embryologist, Royal Hospital for Women

Dr Rebecca Deans, Consultant Gynaecologist and Paediatric and Adolescent Gynaecologist at The Royal Hospital for Women and Sydney Children’s Hospital

Jan Mackenzie, Nursing Manager, Monash IVF.

 

Vitrolife Sponsored Symposium

Chair: Prof. William Ledger, Head of Discipline of Obstetrics and Gynaecology, Faculty of Medicine, UNSW 
Date: Tuesday, 14 March 2023
Time: 12:45PM

Speaker:

Dr Carlos Simon
Topic: An ERA of progress: precision medicine applied to the periconceptional space

Speaker:

Dr. Keiichi Kato
Topic:
Using AI guided Time Lapse technology for embryo ranking and implantation prediction