%0 Journal Article %1 ciampolini2018building %A Mario, Ciampolini %D 2018 %J Journal of Diabetes and Treatment %K 0000-0002-8102-2302 Availability Balance Blood Bowel Diabetes Energy Fattening Glucose Hunger Insulin Intake Limit Malignant Malnutrition Meal ORCID Onset Overweight Resistance diseases disorders in %N 05 %P 1-6 %T "Building a Culture of Healthy Nutrition with prevention of Overall Inflammation, Functional Disorders, Vascular Risks and Malignancies" %U https://gavinpublishers.com/articles/Short-Communication/Journal-of-Diabetes-and-Treatment-ISSN-2574-7568/Building-a-Culture-of-Healthy-Nutrition-with-prevention-of-Overall-Inflammation-Functional-Disorders-Vascular-Risks-and-Malignancies %V 2018 %X Since 1980, the global prevalence of obesity has doubled 1. In 2015, overweight and obesity accounted for 4 million deaths worldwide, including 3.3 million from cardiovascular diseases and Type 2 Diabetes (T2D) 1. Restricting energy intake by reducing food consumption, increasing satiety and/or fat malabsorption, is the chief weight-loss mechanism of most medical and surgical treatments of obesity and has profound anti-diabetic effects 2-5. Increasing exercise- and non-exercise activity-related thermogenesis is the other cornerstone of obesity and T2D management. Simultaneously targeting multiple mechanisms of energy homeostasis is advantageous for the treatment of obesity 6,7. Targeting meal by meal energy balance has produced a mean 30% decrease of energy intake 6,7. This lower intake might be useful to current treatments for obesity, T2D as well as to suppress overall inflammation and associated diseases

@article{ciampolini2018building, abstract = {Since 1980, the global prevalence of obesity has doubled [1]. In 2015, overweight and obesity accounted for 4 million deaths worldwide, including 3.3 million from cardiovascular diseases and Type 2 Diabetes (T2D) [1]. Restricting energy intake by reducing food consumption, increasing satiety and/or fat malabsorption, is the chief weight-loss mechanism of most medical and surgical treatments of obesity and has profound anti-diabetic effects [2-5]. Increasing exercise- and non-exercise activity-related thermogenesis is the other cornerstone of obesity and T2D management. Simultaneously targeting multiple mechanisms of energy homeostasis is advantageous for the treatment of obesity [6,7]. Targeting meal by meal energy balance has produced a mean 30% decrease of energy intake [6,7]. This lower intake might be useful to current treatments for obesity, T2D as well as to suppress overall inflammation and associated diseases }, added-at = {2019-05-02T13:21:52.000+0200}, author = {Mario, Ciampolini}, biburl = {https://www.bibsonomy.org/bibtex/2aa35c55654d3f05b4c7ff15b70c79885/alyssacarter}, interhash = {f5ff900d8eed4de105444f7a7d190824}, intrahash = {aa35c55654d3f05b4c7ff15b70c79885}, issn = {ISSN 2574-7568}, journal = {Journal of Diabetes and Treatment }, keywords = {0000-0002-8102-2302 Availability Balance Blood Bowel Diabetes Energy Fattening Glucose Hunger Insulin Intake Limit Malignant Malnutrition Meal ORCID Onset Overweight Resistance diseases disorders in}, language = {English}, month = {October}, number = 05, pages = {1-6}, timestamp = {2019-05-02T13:21:52.000+0200}, title = {"Building a Culture of Healthy Nutrition with prevention of Overall Inflammation, Functional Disorders, Vascular Risks and Malignancies" }, url = {https://gavinpublishers.com/articles/Short-Communication/Journal-of-Diabetes-and-Treatment-ISSN-2574-7568/Building-a-Culture-of-Healthy-Nutrition-with-prevention-of-Overall-Inflammation-Functional-Disorders-Vascular-Risks-and-Malignancies}, volume = 2018, year = 2018 }