2017 Otago Spotlight Series: Child Health Research
Mark your diary now!
Date: Tuesday, 12 September 2017, 9am-3.30pm
Venue: Nordmeyer Lecture Theatre, University of Otago, Wellington, 23A Mein Street
Over a dozen University of Otago researchers will be in the spotlight providing short, easy-to-understand outlines of their work in child health. Fellow researchers will join invited guests including funders, policymakers, clinicians, research institutions, and community and government agencies for a day exploring:
- Genetics and health
- Healthy pregnancies
- Healthy childhoods
- Childhood conditions and treatments
- Inequalities in child health
Registrations are essential. Register by 12 August to email@example.com
Student research poster competition
A student research poster competition will be held on Monday, 11 September 2017.
A first prize of NZ$750 plus up to three other prizes of NZ$250 are on offer for the student poster competition. The competition will be similar to previous events, with an emphasis on a poster that can communicate your research to other researchers from outside your discipline.
Sponsored travel is available for a limited number of Dunedin and UOC students. Let your supervisor know that you would like to come, and ask them to put your name forward to your respective School's Dean. We look forward to welcoming you to the event.
Applications close 5pm, 11 August 2017.
Meet our presenters.
Stephen Robertson has been the Curekids Professor of Paediatric Genetics at Otago University in Dunedin, New Zealand since 2002. He was educated at the Unversity of Otago, graduating in Medicine in 1990. He specialised in Paediatrics and then subspecialised in Clinical Genetics after training in Auckland and Melbourne.
During a Nuffield Medical Fellowship at the Institute of Molecular Medicine at Oxford University, he studied the genetic basis of a set of genetic disorders characterised by severe life-limiting malformations in children. His work in this area has led to the implication of several genes in the generation of malformations in children, with a particular focus on conditions that affect the skeleton and brain. This work included the characterisation of the genetic basis of a broad group of disorders affecting the development of the skeleton, the implication of genes in the development of cancers and the genesis of skeletal and brain malformations, and studies that have implicated retinoic acid, a form of vitamin A, in skeletogenesis in humans.
His research involves widespread collaborations with scientists and clinicians across the globe. He was awarded the Health Research Council’s Liley Medal for outstanding contributions to medical research in 2010.
Professor Robertson continues to be an active clinician, staffing clinics throughout the South and North Islands, in addition to teaching genetics to science and medical students in Dunedin. His work is supported primarily by Curekids, along with the Marsden Fund and the Health Research Council of NZ.
Barry Taylor's research interests have spanned paediatric endocrinology, sudden unexpected death in infancy (both epidemiology and the physiology underpinning the ability of infants to wake up on arousal), and the development of national mortality review for child and youth deaths.
He has, with other staff in the Department, developed interests into the investigation of sleep disorders of children, especially disorders of breathing and autonomic function during sleep and their effects on daytime behaviour.
With the rapidly increasing child obesity rates a national problem, a significant part of Barry's research now focuses on prevention and management of this issue. Of special interest is the interaction (at many levels) between sleep and obesity.
Max Berry's research interests include the impact of preterm birth on cardiac autonomic function, vascular function and the development of regional adiposity. In particular, Dr Berry has an interest in translational biomedical research, and the integration of basic sciences with advances in perinatal care.
She obtained her BSc in Developmental Neurobiology from the University of London prior to completion of undergraduate medical training at Guys and St Thomas's Hospitals, London. She obtained MRCPCH in the UK just before emigrating to NZ, where she completed her training in neonatal and perinatal medicine in Hamilton and Wellington.
In 2008 Dr Berry was awarded an HRC Fellowship for PhD studies; during the course of her PhD she examined the long-term effects of preterm birth, early nutrition and antenatal corticosteroid exposure on cardiometabolic outcomes in sheep.
Dorothy Boyd is a Senior Lecturer in the Department of Oral Sciences. She will present findings from research that was conducted with colleague Associate Professor Lyndie Foster Page.
Their collaborative work encompasses a wide range of oral conditions, problems, and settings—most notably in the fields of adolescent oral health and dental caries. Particular interest lies in improving oral health outcomes and reducing health inequalities, and fostering links with both primary care and industry to reach these goals. However, much of this research is concerned with oral health-related quality of life in children and adolescents.
Dorothy Boyd and Associate Professor Foster Page are involved in cross-sectional surveys, and in a variety of health services research and clinical projects. Clinical projects involve novel approaches to managing caries in children and include a HRC feasibility project (Hall technique) and a randomised control trial in Otago (ICON technique)
Rachael Taylor, previously a lecturer at the Department of Human Nutrition, is the first incumbent of the Karitane Senior Research Fellow in Early Childhood Obesity. Rachael is also a Deputy Director, and one of three senior staff, at Edgar Diabetes and Obesity Research.
"Developing and trialing different ways of tackling the worldwide problem of childhood obesity is a fascinating area to work in. New ideas and initiatives are constantly being developed which makes for an interesting and continually evolving area of science."
Rachael is interested in how to measure body composition during growth, and the changes that occur across time. She also leads (or co-leads) several large randomised controlled trials. These trials investigate different approaches to the effective prevention and treatment of obesity in children, in home, school, and community settings.
Louise Signal is a social scientist with a PhD in Community Health from the University of Toronto. She has worked and done research in the field of health promotion for 25 years in a range of roles, including Senior Advisor (Health Promotion) for the New Zealand Ministry of Health.
Her research interests include tackling inequalities in health, healthy public policy, health impact assessment, and healthy eating and healthy action.
Louise is a Director of the Health Promotion and Policy Research Unit (HePPRU) and Health, Wellbeing & Equity Impact Assessment Research Unit (HIA). Currently, Louise leads an HRC funded project that asks Is Junk Food Promoted Through Sport. Louise has a number of community service roles including chairing the Academic Committee of the Health Promotion Forum.
She teaches undergraduate and postgraduate courses in health promotion.
Amanda D'Souza is a public health physician with a special interest in child and youth health. She is undertaking her PhD research (‘Healthy public policy for children in New Zealand: Overcoming the obstacles’) with the Health Promotion and Policy Research Unit, funded by a Health Research Council of New Zealand Clinical Research Training Fellowship. Amanda is also a senior lecturer for the Department of Paediatrics.
Amanda’s interests include: the social determinants of child health and development; child health promotion, particularly the Well Child Tamariki Ora programme and healthy public policy; child maltreatment prevention; and the UN Convention on the Rights of the Child.
Gerald Tannock's research investigates the bacterial community living in our guts, and what that means for our health across the duration of our lives.
The gut of vertebrates is home to a bacterial collection of amazing biodiversity. For example, several hundred bacterial species live together in the human colon where they form a self-regulating community. The community is often referred to as the ‘microbiota’.
"Obligately anaerobic bacteria predominate in the colonic microbiota. They hydrolyze plant residues from the diet that have not been digested in the small intestine. So, the gut microbiota begins the recycling of dietary waste inside the colon by degrading plant polymers and fermenting the hydrolysis products to short chain fatty acids.
"These fatty acids provide a source of calories for the human because they are taken up by the intestinal mucosa and incorporated into biochemical pathways. Members of the microbiota also recycle human secretions, such as mucus.
"Our research objectives are to understand how the members of the microbiota (referred to as commensals) live in the gut, and the consequences to the host of this life-long association with these bacteria."
Andrew Day trained in paediatrics in Christchurch and undertook further subspeciality training in Toronto, Canada. After completing clinical and research training in Canada, Dr Day took up a clinical academic position at University of New South Wales, Sydney, Australia. He returned to the department in 2009 and was appointed to Head of Department in 2010.
Professor Day is a paediatric gastroenterologist. His research interests include Inflammatory Bowel disease, Crohn’s disease and Coeliac disease, with projects focusing upon host-pathogen interactions in the gut (and how these relate to chronic gut diseases), intestinal inflammatory biomarkers, and nutritional aspects of gut diseases.
Brian Darlow trained in the United Kingdom and New Zealand, with a spell in Papua New Guinea. He returned to the department as Senior Lecturer in 1982 and was appointed to the Chair of Paediatrics in 2001.
He is a clinical neonatologist and his research interests include free radical disease in the newborn, and the epidemiology and outcome of complications of prematurity. He is also consultant in charge of the paediatric diabetic clinic. Brian is the Cure Kids Professor of Paediatric Research.