Physiological Consequences of Brain Insulin Action
Herausgeber: Kleinridders, André
Physiological Consequences of Brain Insulin Action
Herausgeber: Kleinridders, André
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The brain is crucial for the regulation of whole-body metabolism and behavior. The pancreas-derived hormone insulin modulates brain function and affects energy metabolism as well as cognition.
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The brain is crucial for the regulation of whole-body metabolism and behavior. The pancreas-derived hormone insulin modulates brain function and affects energy metabolism as well as cognition.
Produktdetails
- Produktdetails
- Verlag: CRC Press
- Seitenzahl: 244
- Erscheinungstermin: 6. September 2022
- Englisch
- Abmessung: 254mm x 178mm x 16mm
- Gewicht: 689g
- ISBN-13: 9780367529482
- ISBN-10: 0367529483
- Artikelnr.: 64105224
- Verlag: CRC Press
- Seitenzahl: 244
- Erscheinungstermin: 6. September 2022
- Englisch
- Abmessung: 254mm x 178mm x 16mm
- Gewicht: 689g
- ISBN-13: 9780367529482
- ISBN-10: 0367529483
- Artikelnr.: 64105224
Prof. Dr. André Kleinridders is Professor for Experimental and Molecular Nutritional Medicine at the Institute of Nutritional Science at the University of Potsdam, Germany. Dr. Kleinridders' research program aims at understanding causes and consequences of brain insulin resistance with implications for diabetes, obesity and neurological disorders. His studies focus on in the interaction of mitochondrial function and insulin signaling and its consequences on energy homeostasis and behavior. Several publications establish Dr. Kleinridders' unique research focus on the role of brain insulin in metabolic disorders.
1 Molecular mechanisms of brain insulin signaling
2 Insulin/IGF signaling in early brain development
3 Insulin signaling modulates neuronal metabolism
4 Regulation of glial function by insulin peptides
5 Neuroendocrine interactions in the control of glucose- and energy
homeostasis
6 Hypothalamic neuronal circuits are modulated by insulin and impact
metabolism
7 Insulin and brain reward systems
8 The impact of insulin on brain serotonergic system: consequences on
diabetes-associated mood disorders
9 Organ cross-talk regulates (brain) insulin action
10 Insulin resistance as a risk factor for Alzheimer's disease
11 Brain insulin action in the control of metabolism in humans
12 Impact of dietary and exercise interventions on brain insulin action and
brain function
13 Pharmacological and surgical interventions to improve brain insulin
resistance
2 Insulin/IGF signaling in early brain development
3 Insulin signaling modulates neuronal metabolism
4 Regulation of glial function by insulin peptides
5 Neuroendocrine interactions in the control of glucose- and energy
homeostasis
6 Hypothalamic neuronal circuits are modulated by insulin and impact
metabolism
7 Insulin and brain reward systems
8 The impact of insulin on brain serotonergic system: consequences on
diabetes-associated mood disorders
9 Organ cross-talk regulates (brain) insulin action
10 Insulin resistance as a risk factor for Alzheimer's disease
11 Brain insulin action in the control of metabolism in humans
12 Impact of dietary and exercise interventions on brain insulin action and
brain function
13 Pharmacological and surgical interventions to improve brain insulin
resistance
1 Molecular mechanisms of brain insulin signaling
2 Insulin/IGF signaling in early brain development
3 Insulin signaling modulates neuronal metabolism
4 Regulation of glial function by insulin peptides
5 Neuroendocrine interactions in the control of glucose- and energy
homeostasis
6 Hypothalamic neuronal circuits are modulated by insulin and impact
metabolism
7 Insulin and brain reward systems
8 The impact of insulin on brain serotonergic system: consequences on
diabetes-associated mood disorders
9 Organ cross-talk regulates (brain) insulin action
10 Insulin resistance as a risk factor for Alzheimer's disease
11 Brain insulin action in the control of metabolism in humans
12 Impact of dietary and exercise interventions on brain insulin action and
brain function
13 Pharmacological and surgical interventions to improve brain insulin
resistance
2 Insulin/IGF signaling in early brain development
3 Insulin signaling modulates neuronal metabolism
4 Regulation of glial function by insulin peptides
5 Neuroendocrine interactions in the control of glucose- and energy
homeostasis
6 Hypothalamic neuronal circuits are modulated by insulin and impact
metabolism
7 Insulin and brain reward systems
8 The impact of insulin on brain serotonergic system: consequences on
diabetes-associated mood disorders
9 Organ cross-talk regulates (brain) insulin action
10 Insulin resistance as a risk factor for Alzheimer's disease
11 Brain insulin action in the control of metabolism in humans
12 Impact of dietary and exercise interventions on brain insulin action and
brain function
13 Pharmacological and surgical interventions to improve brain insulin
resistance