Focused guide
The prefrontal cortex is the front part of the cerebral cortex, positioned behind the forehead. It works with many other regions rather than acting as a single command centre, helping turn information, memories, emotions, and goals into considered behaviour.
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What is the prefrontal cortex?
The prefrontal cortex is the forward region of the frontal lobe. It receives and sends information through networks connected with sensory areas, movement systems, memory structures, emotion-related regions, and deeper parts of the brain.
These connections support what psychologists and neuroscientists call executive functions. They include holding information in mind, shifting attention, planning a sequence, comparing options, delaying a response, and adjusting behaviour when circumstances change.
A simple example is reading. Attention stays with the words, visual information is interpreted, language is connected to meaning, and memory helps link the new material to what you already know. The prefrontal cortex contributes to organising this activity, while other brain systems carry out specialised parts of the process.
The “CEO” comparison is a learning metaphor, not a literal description. The prefrontal cortex does not work alone: complex behaviour emerges from communication across distributed brain networks.
Functional areas of the prefrontal cortex
Researchers often describe broad subdivisions within the prefrontal cortex. Their boundaries and roles overlap, so these labels are best treated as useful guides rather than separate departments with completely independent jobs.
Dorsolateral prefrontal cortex
The dorsolateral region is strongly associated with working memory, sustained attention, planning, rule use, and flexible problem-solving. It can help keep a goal active while information is compared and a response is selected.
- Holding and updating information for a short period;
- Organising steps towards a goal;
- Switching between rules or tasks;
- Supporting reasoning when a familiar answer is not enough.
Orbitofrontal cortex
The orbitofrontal cortex lies above the eye sockets and is closely involved in evaluating outcomes. It helps the brain learn whether a choice brought a useful or disappointing result, allowing behaviour to be adjusted as circumstances change.
It also contributes to decision-making that combines facts with emotional and social information. This does not mean it simply creates emotions; rather, it helps integrate changing signals when selecting an appropriate response.
Ventromedial prefrontal cortex
The ventromedial region sits towards the lower middle part of the prefrontal cortex. It communicates with areas involved in emotion, memory, motivation, and bodily responses. These connections support valuation, self-regulation, and decisions made under uncertainty.
Under intense or prolonged stress, attention may narrow and quick defensive responses can become more influential. This is one reason calm conditions, rest, and time to reflect can make planning and self-control easier.
Development and learning
Prefrontal networks continue to mature through adolescence and into early adulthood. Development involves changes in connections between nerve cells, communication efficiency, and the coordination of different brain systems. The pace varies between people and across skills.
A developing prefrontal cortex does not mean young people lack judgement or self-control. It means that experience, supportive routines, sleep, practice, and social context can all influence how these abilities are expressed. Learning gives brain networks opportunities to become more efficient and flexible.
The history of prefrontal-cortex research also shows why careful evidence matters. Observations of people with brain injuries contributed to early ideas about behaviour and frontal regions, but modern neuroscience combines clinical observation with imaging, experiments, and long-term developmental research.
References and further reading
- National Institute of Mental Health. “The Brain.” Educational overview, accessed 4 October 2026.
- National Institute of Neurological Disorders and Stroke. “Brain Basics: Know Your Brain.” Educational reference, accessed 4 October 2026.
- Diamond, A. “Executive Functions.” Annual Review of Psychology, 2013.
- Blakemore, S.-J. and Choudhury, S. “Development of the adolescent brain.” Journal of Child Psychology and Psychiatry, 2006.