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Molecular Biology PhD Projects, Programs & Scholarships in New Zealand

We have 12 Molecular Biology PhD Projects, Programs & Scholarships in New Zealand

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  Experimental evolution of antibiotic resistance
  Prof T Cooper
Application Deadline: 30 April 2019
The Cooper Lab studies the genetic basis of microbial adaptation, especially the role of genetic and environmental interactions in determining mutation effects.
  Discovery of peptide ligands of endoplasmic reticulum (ER) chaperone ERp44 that counter metabolic syndrome
  Prof A Mitra
Applications accepted all year round
We are seeking a well-qualified and highly motivated candidate for the position of a doctoral student to carry out a peptide-based drug-design project involving a multi-disciplinary approach.
  Next generation methods for the isolation of plastic-degrading bacteria and fungi.
  Dr G Lear
Applications accepted all year round
We are currently seeking a PhD student with interests in microbiology, molecular biology and the environment to conduct research into the microbial degradation of waste plastics.
  The microbial ‘plastisphere’ – Characterisation of plastic-associated microbial communities in natural and engineered environments
  Dr G Lear
Applications accepted all year round
We are currently seeking a PhD student with interests in microbiology, molecular biology and the environment to conduct research into the microbial degradation of waste plastics.
  Structural biology of membrane-bound glycosyltransferases
  Dr T Allison
Applications accepted all year round
A PhD scholarship (fees and stipend) is available in the Allison Lab at the University of Canterbury in Christchurch, New Zealand.
  Circadian rhythm of heart rate regulation in diabetes
  Dr R Lamberts, Dr CT Bussey
Applications accepted all year round
Resting heart rate is the strongest predictor of mortality in patients with cardiac disease. Incompetence in heart rate regulation is an undervalued feature of the diabetic heart with major cardiovascular consequences.
  Disturbance of the ‘Cellular uric acid homeostasis’ as the driver for diabetes mellitus, hypertension and cancer
  Dr A Bahn
Applications accepted all year round
My group is interested in how uric acid controls major intracellular metabolic signalling pathways (mTOR, AMPK) in order to understand the onset of diabetes mellitus, hypertension and cancer.
  Novel approaches for treating cardiovascular disease
  Dr J Erickson
Applications accepted all year round
Cardiovascular disease is the primary cause of death throughout most of the world, and existing therapeutic options are unsuitable for a large percentage of patients.
  Shear stress sensing in arteries
  Dr M Fronius
Applications accepted all year round
The Fronius lab is investigating how ion channels are sensing shear stress and how this affects the function of blood vessels and blood pressure regulation.
  The role of the Exocyst complex in trafficking ion channels in polarised epithelia
  Dr K Hamilton, Prof F McDonald
Applications accepted all year round
Associate Professor Kirk L. Hamilton and Associate Professor Fiona J. McDonald. Proper trafficking of ion channels in epithelia is key to epithelial cell function.
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