The orbitofrontal cortex (blue) and medial temporal cortex (red) were more similar in terms of thickness in youths with Conduct Disorder than in typically-developing youths, suggesting that the normal pattern of brain development is disrupted.

‘Map’ of teenage brain provides strong evidence of link between serious antisocial behaviour and brain development

16 June 2016

The brains of teenagers with serious antisocial behaviour problems differ significantly in structure to those of their peers, providing the clearest evidence to date that their behaviour stems from changes in brain development in early life, according to new research led by the University of Cambridge and the University of Southampton, in collaboration with the University of Rome “Tor Vergata” in Italy.

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Electrical brain 'signatures'. The patient to the left is in a vegetative state; the patient in the middle is also in a vegetative state but their brain appears as conscious as the brain of the healthy individual at the right.

Brain, body and mind: understanding consciousness

23 February 2016

A bedside device that measures ‘brain signatures’ could help diagnose patients who have consciousness disorders – such as a vegetative state – to work out the best course of treatment and to support family counselling. 

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Brain networks during the transition to unconsciousness during propofol sedation

Brain waves could help predict how we respond to general anaesthetics

14 January 2016

The complex pattern of ‘chatter’ between different areas of an individual’s brain while they are awake could help doctors better track and even predict their response to general anaesthesia – and better identify the amount of anaesthetic necessary – according to new research from the University of Cambridge.

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