Skip to main content

Or 34,00 After 66% tax deduction

I make a monthly donation I make an IFI donation
Research, science & health

Can we be manipulated? When taste depends on context

Published on: 09/07/2015 Reading time: 1 min
En jaune-orangé apparaissent les régions du cerveau qui représentent les jugements de valeur : plus quelque chose nous plaît, plus le signal augmente dans les mesures par IRM fonctionnelle

Why do we like a painting or a person? Does our judgement depend only on the intrinsic value of the painting or the person? What if other factors intervene?

The team of Mathias Pessiglione, Sébastien Bouret and Jean Daunizeau, at the Institut du Cerveau - ICM, have just deciphered the brain mechanisms through which context influences our value judgements.

The researchers, using functional MRI in healthy subjects, confirmed the role of a region of the cortex, the orbital median cortex, in the attribution of value. In effect, the activity of this region increases when something pleases us.

The Institut du Cerveau - ICM researchers also showed that in the presence of enjoyable background music, the experimental subjects better appreciated the painting they were shown. Pleasing music increases the activity of the orbito-median cortex, predisposing the subject to better evaluate the painting. Thus, our value judgements are influenced by context and derive from the integration of internal and external information by the orbito-median cortex.

The team determined the main properties of this system for attributing value, which is highly conserved in humans.

Our tastes can be manipulated, thus if you want to seduce someone, find out what his favourite music is.

Figure legend: The regions of the brain that represent value judgements are in yellow/orange: the more something pleases us the more the signal increases in measures by functional MRI.

Our news on the subject

Interneurones. Crédit : UCLA Broad Stem Cell Research Center.
Stimulating specific neurons in the striatum stops compulsive behaviour
What if we could resist compulsions? These irrational behaviours, particularly common in obsessive-compulsive disorder (OCD), are hard to suppress. At Paris Brain Institute, Éric Burguière's team shows that we can anticipate them and block them ...
09.10.2024 Research, science & health
Les nerfs moteurs présents dans la moelle épinière se projettent vers la périphérie, où ils entrent en contact avec les muscles, formant des connexions appelées jonctions neuromusculaires. Crédit : James N. Sleigh.
Ultrasound show unexpected effects on motor neuron disease
Over the past fifteen years, neurosurgeons have been perfecting a fascinating technique: using ultrasound to temporarily open the blood-brain barrier to facilitate the action of therapeutic molecules in the central nervous system. At Paris Brain ...
09.05.2024 Research, science & health
Un neurone
Rett syndrome: a new gene therapy on the way
Gene therapy could be our best chance of treating Rett syndrome, a neurological disorder that causes severe intellectual and motor impairments. At Paris Brain Institute, Françoise Piguet and her colleagues have looked closely at brain cholesterol ...
07.16.2024 Research, science & health
Lésions d’un patient à l’inclusion dans le protocole (M0) disparues après 2 ans de traitement à la Leriglitazone (M24)
The dual effect of leriglitazone in X-linked Adrenoleukodystrophy (X-ALD)
In 2023, the team led by Professor Fanny Mochel (AP-HP, Sorbonne University), a Paris brain Institute researcher, showed that daily dose of leriglitazone slow down the progression of myelopathy in patients with X-linked adrenoleukodystrophy, and ...
06.28.2024 Research, science & health
Une tête de statue de l'île de Pâques sur laquelle sont posées des éléctrodes
A multimodal approach to better predict recovery in patients with disorders of consciousness
When a patient is admitted to intensive care due to a disorder of consciousness—such as a coma—establishing their neurological prognosis is a crucial yet challenging task. To reduce the uncertainty that precedes the medical decision, a group of ...
05.30.2024 Research, science & health
Population de bactéries commensales (en rouge) dans un intestin grêle de souris. Crédit : University of Chicago
The composition of the gut microbiota could influence decision-making
The way we make decisions in a social context can be explained by psychological, social, and political factors. But what if other forces were at work? Hilke Plassmann and her colleagues from the Paris Brain Institute and the University of Bonn show ...
05.16.2024 Research, science & health
See all our news