Dr Andrew Hale

Neurosurgeon and Neurogenomics Researcher, Honorary Research Associate, Department of Human Biology

Research Interests

I am a Honorary Research Associate in the Department of Human Biology at UCT and resident physician in the Department of Neurosurgery at the University of Alabama at Birmingham, USA. I am also a post-doctoral scientist at Massachusetts General Hospital in the lab of Kristopher Kahle. I obtained my MD and PhD degrees from Vanderbilt University.

I have a long-standing interest in elucidating the genetic and molecular basis of disorders encountered by neurosurgeons, including primary structural brain malformations and mechanisms governing response to neurologic injury using discovery-based, curiosity-driven approaches. I use complementary and convergent human genetic, functional genomic, molecular biology, cell biology, and biochemical methods to try to understand the underlying molecular mechanisms of neurosurgical pathology.

At UCT, I am working with Dr Mubeen Goolam, alongside collaborators at Harvard and University of Cambridge, to build cerebral organoid models recapitulating the pathologic features of hydrocephalus, brain injury/infection, and other neurosurgical disorders. More broadly, I am interested in using discovery-based, mechanistic-driven approaches to understand the molecular underpinnings of neurosurgical disease to improve disease outcomes. I have a particular interest in expanding the use of genetic data in neurosurgical patients, capitalising on our unique access to bio specimens and as direct observers of pathobiology. I look forward to contributing to discovery and capacity expansion at the NI in the areas of human genetics, functional genomics, and stem cell biology.

Research Areas

Clinical Neuroscience • Developmental Neuroscience • Molecular and Cellular Neuroscience • Neurogenetics

Andrew T. Hale, MD, PhD is a visiting scientist and Honorary Research Associate at the UCT Neuroscience Institute. He and his team - including Dr Mubeen Goolam, Prof Graham Fieggen, and Dr Janine Scholefield (CSIR) - are creating the FIRST brain organoid models of hydrocephalus (a 3D cell culture system that models the developmental and molecular patterns of the human brain). They will do this to study hydrocephalus, a condition where cerebrospinal fluid builds up in the brain's ventricles, leading to increased pressure and potential brain damage. 
Videographer: Boipelo Khunou, Botaki Studio, botakikebotshelo@gmail.com
Departments