The complex network between the central nervous system and the enteric nervous system plays a pivotal role in preparing the digestive tract to receive food, process it to activate digestion and control food intake itself. This field has always stimulated researchers and is now receiving notable impetus by the availability of sophisticated technologies able to provide an increasing amount of complex data. This article describes recent findings that underline the role of feeding and the gastrointestinal system in regulating food intak
The communication between the gut and the brain is important for the control of energy homeostasis. ...
© Springer International Publishing Switzerland 2016. Changes in diet are a challenge to the gastroi...
In recent decades, global obesity has increased significantly, causing a major health problem with a...
The complex network between the central nervous system and the enteric nervous system plays a pivota...
The complex network between the central nervous system and the enteric nervous system plays a pivota...
The gastrointestinal system can be considered the gateway for food entry in our body. Rather than be...
The gastrointestinal system can be considered the gateway for food entry in our body. Rather than be...
The gastrointestinal system can be considered the gateway for food entry in our body. Rather than be...
Gastrointestinal motility causes movement of food during digestion through contractions of the gut s...
International audienceThe neural sensing of nutrients during food digestion plays a key role in the ...
International audienceThe neural sensing of nutrients during food digestion plays a key role in the ...
International audienceThe neural sensing of nutrients during food digestion plays a key role in the ...
Although hunger and satiety are mainly centrally-regulated, there is convincing evidence that also s...
Our understanding of the physiology of digestion, absorption, secretion, and motility in the gastroi...
The gastrointestinal tract carries out several diversefunctions including mixing, enzymatic digestio...
The communication between the gut and the brain is important for the control of energy homeostasis. ...
© Springer International Publishing Switzerland 2016. Changes in diet are a challenge to the gastroi...
In recent decades, global obesity has increased significantly, causing a major health problem with a...
The complex network between the central nervous system and the enteric nervous system plays a pivota...
The complex network between the central nervous system and the enteric nervous system plays a pivota...
The gastrointestinal system can be considered the gateway for food entry in our body. Rather than be...
The gastrointestinal system can be considered the gateway for food entry in our body. Rather than be...
The gastrointestinal system can be considered the gateway for food entry in our body. Rather than be...
Gastrointestinal motility causes movement of food during digestion through contractions of the gut s...
International audienceThe neural sensing of nutrients during food digestion plays a key role in the ...
International audienceThe neural sensing of nutrients during food digestion plays a key role in the ...
International audienceThe neural sensing of nutrients during food digestion plays a key role in the ...
Although hunger and satiety are mainly centrally-regulated, there is convincing evidence that also s...
Our understanding of the physiology of digestion, absorption, secretion, and motility in the gastroi...
The gastrointestinal tract carries out several diversefunctions including mixing, enzymatic digestio...
The communication between the gut and the brain is important for the control of energy homeostasis. ...
© Springer International Publishing Switzerland 2016. Changes in diet are a challenge to the gastroi...
In recent decades, global obesity has increased significantly, causing a major health problem with a...