Search

Your search keyword '"PLASMA-INSULIN"' showing total 3 results
Start Over Descriptor "PLASMA-INSULIN" Journal obesity research
3 results on '"PLASMA-INSULIN"'

1. Energy homeostasis, autonomic activity and obesity

Subjects
insulin, VAGUS NERVE, EXERCISING RATS, PLASMA-INSULIN, VMH-lesion, FA FA RATS, sympathetic, Zucker rat, norepinephrine, ZUCKER FATTY RAT, overfeeding, GENETIC OBESITY, SYMPATHETIC ACTIVITY, epinephrine, GLUCOSE-TOLERANCE, HYPOGLYCEMIC STRESS, catecholamines, parasympathetic, INSULIN RESISTANCE
Abstract

Obesity is often accompanied by alterations in both sympathetic and parasympathetic autonomic functions. The present paper summarizes the results of a number of studies designed to investigate autonomic functioning in normal, genetically, and experimentally obese rats, Particular emphasis is given to autonomic functioning and dysfunctioning in relation to the processes that are involved in the regulation of peripheral energy substrate homeostasis, It is concluded that alterations in autonomic regulation in obesity are determined by causal factors such as overeating, genetic make-up, age and/or the duration of obesity.

Published
1995

2. Energy homeostasis, autonomic activity and obesity

Subjects
insulin, VAGUS NERVE, EXERCISING RATS, PLASMA-INSULIN, VMH-lesion, FA FA RATS, sympathetic, Zucker rat, norepinephrine, ZUCKER FATTY RAT, overfeeding, GENETIC OBESITY, SYMPATHETIC ACTIVITY, epinephrine, GLUCOSE-TOLERANCE, HYPOGLYCEMIC STRESS, catecholamines, parasympathetic, INSULIN RESISTANCE
Abstract

Obesity is often accompanied by alterations in both sympathetic and parasympathetic autonomic functions. The present paper summarizes the results of a number of studies designed to investigate autonomic functioning in normal, genetically, and experimentally obese rats, Particular emphasis is given to autonomic functioning and dysfunctioning in relation to the processes that are involved in the regulation of peripheral energy substrate homeostasis, It is concluded that alterations in autonomic regulation in obesity are determined by causal factors such as overeating, genetic make-up, age and/or the duration of obesity.

Published
1995

3. Energy homeostasis, autonomic activity and obesity

Author

Ajw Scheurink, Anton B. Steffens, Béla Bohus, Csaba Nyakas, G vanDijk, B. Balkan, Scheurink lab, and Van Dijk lab

Subjects
insulin, medicine.medical_specialty, EXERCISING RATS, Endocrinology, Diabetes and Metabolism, medicine.medical_treatment, PLASMA-INSULIN, Medicine (miscellaneous), VMH-lesion, FA FA RATS, Autonomic Nervous System, Energy homeostasis, norepinephrine, Norepinephrine, Endocrinology, Insulin resistance, overfeeding, GENETIC OBESITY, Internal medicine, medicine, Animals, Homeostasis, Humans, epinephrine, Obesity, Overeating, VAGUS NERVE, business.industry, Insulin, Public Health, Environmental and Occupational Health, sympathetic, medicine.disease, Zucker rat, ZUCKER FATTY RAT, Vagus nerve, SYMPATHETIC ACTIVITY, GLUCOSE-TOLERANCE, HYPOGLYCEMIC STRESS, business, Energy Metabolism, catecholamines, parasympathetic, INSULIN RESISTANCE, Food Science, medicine.drug
Abstract

Obesity is often accompanied by alterations in both sympathetic and parasympathetic autonomic functions. The present paper summarizes the results of a number of studies designed to investigate autonomic functioning in normal, genetically, and experimentally obese rats, Particular emphasis is given to autonomic functioning and dysfunctioning in relation to the processes that are involved in the regulation of peripheral energy substrate homeostasis, It is concluded that alterations in autonomic regulation in obesity are determined by causal factors such as overeating, genetic make-up, age and/or the duration of obesity.

Published
1995

Catalog

Books, media, physical & digital resources
See catalog results