food-lifestyle DOPazinator ®

Dopamine, obesity, and related ideas are explored in the context of weight control regimens. However research has indicated that such measures have an element of futility, for the underlying causes are grossly exaggerated, convoluted and misinterpreted. Meaning, a new scientifically proven technological intervention is in order.

Abstract
Obesity is the outcome of an extreme difference between the energy intake and the energy expended, which leads to severe weight gain. The two main factors of obesity are environ- mental influences and genetics, but the extent of the genetic contribution to obesity continues to be unknown. Multiple studies using different tools have been used to support the significance of the genetic influence on obesity, such as twin and adoption studies, race/eth nicity, and mouse models. The use of mouse models has allowed for the greatest expansion of knowledge on the genetics behind obesity, and advancements continue to be made to this tool. There are many possibilities on how genetic variations could affect the development of obesity including eating behavior, metabolism and digestion, energy intake, and adiposity. The various tools that have been used in studies on obesity and the vast number of factors that are dictated by genes prove that the influence of genetics on obesity is substantial.

Keywords
Monogenic obesity, Polygenic obesity, Genetic and behavior, Gene mutation

https://nsuworks.nova.edu/cnso_bio_facarticles Part of the Biology Commons, and the Medicine and Health Sciences Commons

Dopazinator® is a handheld digital respiratory device which analyzes breath and displays the amino acid signature. Amino acids play a vital role in the development of dopamine. The LCD panel is touch sensitive and enables a customized presentation of dopamine levels. This readout is of fundamental importance in appetite management inspired clinical studies.

Further reference : https://food-lifestyle.herokuapp.com