Event LocationDate: Wed 13 Feb 19 - Wed 13 Feb 19
Location: 700 Harris st ULTIMO NSW Australia 2007
Join us on Day 2 of live studio recording for the 10 month DNA testing in practice online modules at Sydneys ABC studios, Ultimo.
Module 4 - Methylation, folate and B vitamin metabolism
Module 5 - Hormone and Fertility
Module 6 - Detoxification
Recording studio attendance is limited, so please register today.
As this is a live studio recording, we ask all attendees to arrive on time. There is no access to the studio while filming.
8:30am Arrival Tea & Coffee
8:50am - 9:00am Enter studio
9:00am - 10:30am Live recording, Module 4 Methylation, folate and B vitamin metabolism– No entry to studio at this stage
10:30am - 10:50am Morning tea
10:50am - 11:00am Enter studio
11:00am - 12:30pm Live recording, Module 5, Hormone and Fertility– No entry to studio at this stage
12:30pm - 1:20pm Lunch
1:20pm - 1:30pm Enter studio
1:30pm - 3:00pm Live recording, Module 6, Detoxification – No entry to studio at this stage
Dr Denise Furness is a molecular geneticist, registered nutritionist and registered exercise professional. She conducted her PhD at CSIRO Human Nutrition, before completing a postdoctoral fellowship with the University of Adelaide’s Research Centre for Reproductive Health. Specifically, her research investigated folate nutrigenomics, methylation and DNA damage in relation to pregnancy outcomes. She has published her work in peer reviewed medical journals and regularly presents at national and international conferences. In 2012 Denise shifted from an academic research position to a consulting role at “Your Genes and Nutrition”, helping patients and practitioners understand the role of nutrigenomics and genetic testing in relation to various health outcomes. In particular, Denise is passionate about helping couples achieve optimum health and wellness to improve their chances for natural conception and healthy pregnancy outcomes. In addition, she holds regular educational seminars and workshops discussing the links between our genes and our environment and how these impact on our health throughout all the stages of the life cycle.