… brain axis, which is as a bidirectional communicational system between the gastrointestinal
tract and central nervous system. Dietary components might influence the gut-brain axis … food-…

… via manipulation of the gut–brain axis, a complex bidirectional … -brain signaling pathways
promoting a reduction of food intake … this energy regulating gut–brain axis can be influenced by …

… In addition, since successful weight loss maintainers have been found to have greater brain
sensory reactivity to food cues (30), we also investigated group correlations between P300 …

In research we often apply hypothesis testing which assumes a linear, causal relationship
between two or more factors. This is a valid way of testing fragments of a complicated chaos of …

… brain metabolism or gene expression. Below, and in Figure 15.1, we discuss how different
metabolic processes involved in the gut:brain axis … gut/microbiome:brain axis may offer new …

… As information about sugar detection is being transferred via the gut–vagal–brain axis, we
set out to directly monitor the activity of this circuit by imaging vagal-neuron responses to gut …

… In order to clarify how this dysbiosis affects the microbiota gut-brain axis, a systematic …
by food additives and the causes that lead to many reported diseases related to chronic food …

… bidirectional communication axis referred to as the gut-brain axis. The gut-brain axis is
comprised of various neurohumoral components that allow the gut and brain to communicate with …

… The reality of our current ‘obesogenic’ environment means that food intake is largely
governed by non-homeostatic factors, such as emotion, stress and sensory cues. Therefore a …

… Through a bi-directional communication network with the brain, called the microbiota–gut–brain
axis, the bacterial commensals help to maintain homeostasis of the central nervous …