Neuronal control of energy homeostasis

Neuronal control of energy homeostasis - PubMed

Neuronal control of body energy homeostasis is the key mechanism by which animals and humans regulate their long-term energy balance.

Neuroendocrine Control of Body Energy Homeostasis - NCBI

Homeostatic regulation of energy balance requires the brain to maintain appropriate energy levels by monitoring peripheral signals of energy ...

Hypothalamic control of energy expenditure and thermogenesis

Energy homeostasis is tightly regulated by the central nervous system, and the hypothalamus is the primary center for the regulation of energy ...

Neuronal control of energy homeostasis - Gao - 2008 - FEBS Press

Since BDNF in the brain is known to promote synaptic morphology and function [81], this raises the possibility that synaptic plasticity in the ...

Neuronal Regulation of Energy Homeostasis - ScienceDirect.com

In this review, we will highlight both classically defined and emerging aspects of brain control of energy homeostasis.

The Energy Homeostasis Principle: Neuronal Energy Regulation ...

The balance between energy income, expenditure, and availability are the key parameters in determining the dynamics of neuronal phenomena found from molecular ...

Focus on neural control of energy homeostasis - Nature

This Focus presents a collection of Reviews, Perspectives and research Articles that integrate the most recent evidence on how the brain controls key aspects ...

Neuronal control of energy homeostasis - ScienceDirect.com

The brain regions that control energy homeostasis, by definition, need to “know” the amount of pre-existing body energy stores in order to “ ...

Neuronal Regulation of Energy Homeostasis - Cell Press

In this review, we will highlight both classically defined and emerging aspects of brain control of energy homeostasis.

Editorial: Neural Control of Energy Homeostasis and ... - Frontiers

In particular, the mechanisms linking energy homeostasis and brain function are far to be clearly identified. In fact, a large number of studies ...

Brain Regulation of Feeding and Energy Homeostasis - SpringerLink

The brain plays a fundamental role in food intake (eg, meal frequency and size), energy expenditure, body weight and body composition, feeding behavior, ...

Neuronal control of energy homeostasis - Gao - 2008 - FEBS Press

Neuronal control of body energy homeostasis is the key mechanism by which animals and humans regulate their long-term energy balance.

Hypothalamic and brainstem neuronal circuits controlling ...

LEPRb is highly expressed in different hypothalamic nuclei and other CNS regions involved in the control of energy balance (Elmquist et al. 1998). In the ARC, ...

Brain Regulation of Feeding and Energy Homeostasis - SpringerLink

In the past decades, it has become clear that homeostatic systems in the brain play a key role in the control of feeding and energy homeostasis.

Neural control of feeding and energy homeostasis

N2 - Energy homeostasis requires a balance between food intake and energy expenditure. Neurons in the hypothalamus and brainstem detect signals from the ...

Neural Control of Energy Balance: Translating Circuits to Therapies

This Review summarizes current knowledge linking the neural circuits regulating energy and glucose balance with current and potential pharmacotherapeutic and ...

An expanded view of energy homeostasis: Neural integration of ...

... energy balance by acting on extrahypothalamic structures, leading to an expanded view of neural control of energy homeostasis taking into account the need ...

Neuronal Regulation of Energy Homeostasis - ResearchGate

The essential role of the brain in maintaining energy homeostasis has motivated the drive to define the neural circuitry that integrates external and ...

Leptin Effects on DAT Neurons To Control Energy Homeostasis

Restoration of the leptin receptors on DAT-expressing neurons resulted in a slight reduction in food intake when presented with high-fat/high- ...

Hypothalamic control of energy homeostasis (Chapter 3)

Over the last two decades, substantial progress has been made in elucidating the details of how neural, hormonal and nutrient signals from the gut and adipose ...