Completed Pregnancy, Children & Inherited Conditions Brain & Nervous System

The Developing Brain

In plain English

AI plain-English summary

The second half of pregnancy is a time of explosive brain growth, and this team is watching it happen in real time inside the womb using advanced MRI and ultrasound. The problem is that we know very little about how the human brain actually builds itself during this critical window. Most of what we understand comes from animal studies or from scanning babies after they are born. That misses the key developmental events that happen before birth—and it cannot explain what goes wrong in conditions like premature birth or oxygen deprivation during delivery. If this research succeeds, it will produce new imaging tools and analysis methods that let doctors see brain damage as it happens, not hours or days later. That could lead to real-time clinical decisions during birth and to novel rescue treatments—drugs or cooling therapies—that protect a newborn’s brain when oxygen is cut off. The imaging techniques themselves may also prove useful for studying other organs or for diagnosing brain problems in older children and adults. This is primarily fundamental science. The team is asking how a living, growing brain organises its structure and function. But that basic knowledge is the foundation for every clinical tool and therapy they aim to develop.

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The second half of pregnancy is a time of exuberant brain growth. We are exploring how brain structure develops and how its functional capabilities mature. We seek to study both normal and abnormal brain development by directly observing the fetus in the womb using advanced imaging techniques. Our studies straddle the birth process, enabling us to explore effects of premature birth and of brain damage caused by shortage of oxygen during birth at the right age. Our research aims to create novel imaging techniques and analysis methods to study the developing brain; to learn about both normal and abnormal brain development; and to develop and test novel cerebral rescue treatments for neonates that suffer brain damage from lack of oxygen or premature birth. By combining imaging with genetic analysis and clinical follow-up we seek to learn about the brain and how it develops in this critical early period of life. The outcomes of our research include new imaging and analysis methods that we apply to study the developing brain but may prove useful in other applications as well, basic insights concerning brain development, clinical tools for characterizing and managing brain problems, and novel therapies for improving outcome.

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Researchers

David Edwards (Principal Investigator)Joseph Hajnal (Co-Investigator)Mary Ann Rutherford (Co-Investigator)

Related Research

Grants with similar aims, by meaning.

Multi-scale characterisation of cortical activity and haemodynamic responses in the early developing brain
Brain Connectivity during Early Development: Bridging Anatomical and Functional Data
Exploration of the relationship between brain function and cortical development in the human preterm period with simultaneous EEG-fMRI
Development of brain activity and motor control in early human life
In vivo microstructural neuroimaging in infants at risk of developing neurocognitive delay or neurobehavioural disorders

Original classification

Research Grant

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