In the brain of animals and humans there is a rewarding mechanism to encourage the behavior that is beneficial for the living of the individual and for the prolongation of the generation. However, when this system is being abused by drugs of addiction, chronic adaptive changes may occur that would cause serious damage to the organism. The neural substrate of the rewarding system is mainly based on the dopaminergic pathway, starting from the ventral tegmental area of the midbrain and ended in the nucleus accumbens of the limbic brain. This pathway serves both natural rewarding such as food and sex as well as drug rewarding such as heroin and cocaine. This paper is aimed to discuss the similarities and differences between the natural and drug...
Cue reactivity to natural and social rewards is essential for motivational behavior. However, cue re...
Our daily life activities are highly dependent on rewards and their ability to drive our motivationa...
Substances of abuse are known to activate and disrupt neuronal circuits in the brain reward system. ...
The drug addiction can be considered the disease of the brain reward system. This system closely rel...
Cocaine is known for its severe addictive properties and still, there is no effective treatment for ...
This article reviews neuronal activity related to reward processing in primate and human brains. In ...
This article reviews neuronal activity related to reward processing in primate and human brains. In ...
Certain areas of our brain regulate and reinforce behaviours that are pleasurable or rewarding. On t...
Advances in neuroscience identified addiction as a chronic brain disease with strong genetic, neurod...
Addictive drugs share with palatable food the property of increasing extracellular dopamine (DA), p...
Pleasure is described as a state or feeling of happiness and satisfaction resulting from an experien...
Addiction to drugs and alcohol is a dynamic and multi-faceted disease process in humans, with devast...
AbstractThe natural incentives that shape behavior reach the central circuitry of motivation trans-s...
Addiction can be defined as drug-induced changes in the central nervous system (CNS) that produce ma...
Work in this thesis compares natural and drug- induced reward at genetic, biochemical and behavioral...
Cue reactivity to natural and social rewards is essential for motivational behavior. However, cue re...
Our daily life activities are highly dependent on rewards and their ability to drive our motivationa...
Substances of abuse are known to activate and disrupt neuronal circuits in the brain reward system. ...
The drug addiction can be considered the disease of the brain reward system. This system closely rel...
Cocaine is known for its severe addictive properties and still, there is no effective treatment for ...
This article reviews neuronal activity related to reward processing in primate and human brains. In ...
This article reviews neuronal activity related to reward processing in primate and human brains. In ...
Certain areas of our brain regulate and reinforce behaviours that are pleasurable or rewarding. On t...
Advances in neuroscience identified addiction as a chronic brain disease with strong genetic, neurod...
Addictive drugs share with palatable food the property of increasing extracellular dopamine (DA), p...
Pleasure is described as a state or feeling of happiness and satisfaction resulting from an experien...
Addiction to drugs and alcohol is a dynamic and multi-faceted disease process in humans, with devast...
AbstractThe natural incentives that shape behavior reach the central circuitry of motivation trans-s...
Addiction can be defined as drug-induced changes in the central nervous system (CNS) that produce ma...
Work in this thesis compares natural and drug- induced reward at genetic, biochemical and behavioral...
Cue reactivity to natural and social rewards is essential for motivational behavior. However, cue re...
Our daily life activities are highly dependent on rewards and their ability to drive our motivationa...
Substances of abuse are known to activate and disrupt neuronal circuits in the brain reward system. ...