Postgraduate study in Fetal, Perinatal and Maternal Health

With the University of Auckland ranked number one in the global University Impact Rankings, there’s never been a better time to pursue postgraduate study in fetal, perinatal and maternal health right here in Aotearoa.

Overview

The period from before conception through to early childhood is critical in determining health throughout life. Take part in this research and you’ll investigate the effect of maternal, fetal and neonatal treatments and interventions on a child’s growth and development. You could explore neonatal nutrition, fetal growth restriction or the causes and consequences of preterm birth. Analysing the long-term outcomes of clinical trials is critical too - including the prevention and treatment of neonatal hypoglycaemia, antenatal steroids, and the management of diabetes in pregnancy. Join us and you could be part of clinical trials and follow-up studies, experimental research, research synthesis (reviews) or research translation into medical practice guidelines.

Supervisors

  • Professor Frank Bloomfield (Neonatal paediatrics, preterm birth, fetal growth & development, neonatal nutrition, growth and metabolism; clinical trials; fetal and neonatal growth restriction and therapy)
  • Distinguished Professor Dame Jane Harding (Fetal & neonatal care; growth, development & fetal physiology; nutrition & growth factors; clinical trials; long-term follow up)
  • Professor Caroline Crowther (International maternity & child health, research synthesis, randomised trials, translational research)
  • Associate Professor Katie Groom (Maternal health, pregnancy complications, preterm birth)
  • Dr Chris McKinlay (Antenatal glucocorticoids, maternal obesity, gestational diabetes, fetal growth restriction, neonatal glycaemia)

Projects available

Masters and doctoral projects are available to explore the following questions:

  • Long-term outcomes of clinical trials, including prevention and treatment of neonatal hypoglycaemia, antenatal steroids, and management of diabetes in pregnancy.
  • Cognitive and health antecedents of achievement at school
  • Whānau views of which outcomes are important after clinical trials in pregnancy and the newborn.
  • Secondary analyses of the ProVIDe trial ('Protein intravenous nutrition for extremely low birth weight babies: impact on development')
  • Treatment of fetal growth restriction
  • Metabolomics of breast milk in moderate-late preterm
  • Delphi core outcome set for metabolic outcomes in teenagers born preterm
  • Treatment of apnoea, feeding intolerance and nutritional and growth monitoring in extremely preterm neonates
  • Screening and treatment of neonatal hypoglycaemia; optimising glycaemic management in neonatal intensive care
  • School readiness assessment in high-risk infants
  • Translating the DoHAD paradigm to well baby care
  • Assessment of fetal movement concerns
  • Gestational diabetes management and long-term effects on offspring
  • Research synthesis and meta-analysis
  • Cochrane systematic reviews on critical topics in perinatology such as the role of magnesium sulphate, antenatal corticosteroids, maternal glycaemic control in women with diabetes and the potential for myoinositol to prevent gestational diabetes.
  • Individual participant data meta-analyses of trials of magnesium sulphate and antenatal corticosteroids
  • Acquire critical skills in how to develop Clinical Practice Guidelines, the go-to documents for health practitioners at the coal-face
  • Using data from two world-leading large clinical trials in gestational diabetes – the GEMS and TARGET trials - explore numerous questions relating to gestational diabetes including risk factors, preventative strategies, the role of diet, impact on maternal mental health and quality of life, role of maternal activity and the impact of different management strategies on adipokines, lipids and fetal growth factors
  • Economic analysis of different diagnostic thresholds and glycaemic targets for gestational diabetes
  • Explore the unique dataset of MRI scans from infants exposed to magnesium sulphate in utero to determine the best scoring paradigms and how the NICU Network Neurobehavioural Scale (NNNS) relates to health outcomes and MRI scores.

You can get a scholarship to assist with your study. See what’s on offer for Liggins Institute students.

Are you an undergraduate student interested in research? Check the Honours projects available at the Liggins Institute.

Publications

How to apply

Contact the team to find out more about the projects on offer or to apply.

Professor Frank Bloomfield f.bloomfield@auckland.ac.nz
Distinguished Professor Jane Harding j.harding@auckland.ac.nz
Professor Caroline Crowther c.crowther@auckland.ac.nz
Associate Professor Katie Groom k.groom@auckland.ac.nz
Dr Chris McKinlay c.mckinlay@auckland.ac.nz