Central Processing of Sensory Information in the Control of Feeding

Magnen, J. Le

doi:10.1007/978-3-642-71060-5_2

Cited by 7 publications

(2 citation statements)

References 154 publications

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“…Even more important, it is the first example of a non supersymmetric field theory in four dimensions which has a non trivial ultraviolet fixed point [21,22,23]. It is currently under construction in a non perturbative sense [24,25], something which has never been fully done for any four dimensional commutative theory. Noncommutative gauge theories with some version of LS symmetry are actively searched for [26,27,28].…”

Section: Introductionmentioning

confidence: 99%

Commutative limit of a renormalizable noncommutative model

Magnen¹,

Rivasseau²,

Tanasă³

2009

Europhys. Lett.

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Section: Introductionmentioning

confidence: 99%

Commutative limit of a renormalizable noncommutative model

Magnen¹,

Rivasseau²,

Tanasă³

2009

Europhys. Lett.

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“…As stated in the Introduction, the circadian periodicity of eating behavior was extensively explored by Jacques Le Magnen and his various collaborators. They showed in rats that sustained high insulin levels and fat synthesis during their active period were followed by a reduced EI during their passive period due to higher lipolysis, fatty acid oxidation, and longer intervals between meals [17,39,296]. They even showed that in lean and obese-stable rats, the circadian rhythm was characterized by a high and low glucose tolerance in the active and passive periods, respectively, this being not found in VMH-lesioned rats [297].…”

Section: Modulation Of the Glucoadipostatic Loop By The Diurnal Rhythmsmentioning

confidence: 99%

Physiology of energy homeostasis: Models, actors, challenges and the glucoadipostatic loop

Chapelot

Charlot²

2019

Metabolism

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The aim of this review is to discuss the physiology of energy homeostasis (EH), which is a debated concept. Thus, we will see that the set-point theory is highly challenged and that other models integrating an anticipative component, such as energy allostasis, seem more relevant to experimental reports and life preservation. Moreover, the current obesity epidemic suggests that EH is poorly efficient in the modern human dietary environment.Non-homeostatic phenomena linked to hedonism and reward seem to profoundly impair EH.In this review, the apparent failed homeostatic responses to energy challenges such as exercise, cafeteria diet, overfeeding and diet-induced weight loss, as well as their putative determinants, are analyzed to highlight the mechanisms of EH. Then, the hormonal, neuronal, and metabolic factors of energy intake or energy expenditure are briefly presented. Last, this review focuses on the contributions of two of the most pivotal and often overlooked determinants of EH: the availability of endogenous energy and the pattern of energy intake. A glucoadipostatic loop model is finally proposed to link energy stored in adipose tissue to EH through changes in eating behavior via leptin and sympathetic nervous system activity.

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Physiological substrates of normal deglutition

Kennedy

Kent

1988

Dysphagia

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An understanding of swallowing disorders rests mostly on a knowledge of the normal physiology of deglutition. This paper reviews current concepts of the processes involved in deglutition and summarizes quantitative data on the physiological events that form a normal swallow. Topics covered include stage descriptions of deglutition, neural regulation, sensory processes, and principles of motor control.

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Central Processing of Sensory Information in the Control of Feeding

Cited by 7 publications

References 154 publications

Commutative limit of a renormalizable noncommutative model

Commutative limit of a renormalizable noncommutative model

Physiology of energy homeostasis: Models, actors, challenges and the glucoadipostatic loop

Physiological substrates of normal deglutition

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