Struggling to Lose Weight? Obesity Genetic Test May Reveal Why

Obesity Genetic Test: Making Your Weight Loss Efforts More Effective

Why do some people find it very difficult to lose weight? And why do some people rarely gain weight regardless of how much they eat? The reason lies in the influence of human genes on obesity.

Several types of obesity genes

Research has found that the "FTO" gene is associated with obesity and is often referred to as the "obesity gene." Scientific research shows that the FTO gene can inhibit metabolism and reduce energy consumption efficiency, leading to obesity. Individuals carrying the FTO gene typically weigh 3 kilograms more than the average population. Those with AA and AT gene types have an increased obesity risk of 67% and 32%, respectively.

UCP1 Gene

This gene makes it difficult for fat to burn, consequently leading to obesity due to excess fat. Fat tends to accumulate in the lower body, particularly affecting women.

ADRB3 Gene

This gene is related to fat dissolution, metabolism, and the effectiveness of exercise in weight loss. Individuals carrying the defective ADRB3 gene have a 5-10 times higher likelihood of developing visceral obesity compared to those with the normal gene.

BDNF Gene

Low levels of BDNF protein mean an individual feels hungry even after consuming enough food to meet energy needs, leading to a lack of appetite control and overeating, which results in obesity.

Contents of Obesity Genetic Test

Obesity Genetic Test includes assessing BMI risk, the difficulty of losing weight, fat-rich diet and obesity risk, waist circumference, "foodie gene", and exercise-promoted weight loss. The tested genes include MTCH2, MC4R, GNPDA2, SH2B1, FAIM2, BDNF, FTO, ADRB2, ADRB3, APOA2, APOA5, MC4R, TAS2R38, and ADRB3, covering 14 gene sites.

The significance of Obesity Genetic Test lies in the fact that obesity results from an imbalance between the body's energy intake and consumption. The reasons for this energy imbalance are numerous, involving genetic, metabolic, physiological, dietary, and lifestyle factors that can be categorized into genetic and environmental factors. Genetics play a crucial role in the occurrence of obesity. Studies indicate that human obesity is polygenic, affected by multiple obesity-related genes controlling the feeding center, neuroendocrine regulation, energy balance, body fat content, and local fat distribution. 

People should start controlling their weight as early as possible, forming healthy eating habits. Once the body's original balance is disrupted, it is challenging to re-establish it. By understanding your genetic type through Obesity Genetic Test, you can develop personalized plans to address obesity issues individually. Therefore, "Obesity Genetic Test" can be used: by collecting saliva samples from obese individuals, testing them in the lab with professional obesity gene detection equipment, and analyzing the most representative obesity genes and loci based on their mutation effects. Big data analysis helps identify the true "cause" of your obesity!

Subsequently, detailed analyses and reasonable dietary and lifestyle recommendations can be provided based on the detected obesity gene types and the individual's body condition.