307 NE 14th Street Abilene Ks (785) 498-8558
MaxGen Labs uses a simple cheek swab to look at your unique DNA. This test is not diagnostic but provides insight into how your body works, helping us personalize your wellness plan.
What Does It Show?
The MaxGen The Works panel looks at over 100 genes that can influence:
Nutrition & Metabolism – how your body processes vitamins, minerals, and nutrients
Detoxification – how your liver and cells handle toxins
Neurotransmitters – brain chemistry that impacts mood, focus, and sleep
Fitness & Inflammation – how your body responds to exercise and recovery
Methylation Pathways – this is important for energy, mood, and overall cellular health
Why Does This Matter?
Your genes never change—but how they express themselves can be influenced by your lifestyle. By understanding your genetics, we can recommend targeted nutrition, supplements, and lifestyle adjustments to support your health.
The Process is Simple
1.Swab – A quick, painless cheek swab in clinic
2.Lab Analysis – Your sample is analyzed by MaxGen Labs. Results come back in a couple of weeks.
3.Results – You’ll receive an easy-to-read report
4.Personalized Plan – We’ll go over your results together and create a tailored wellness approach
$450 which includes the consultation to review your test results and develop a plan of care.
MTHFR and other methylation SNPs
All of Gary Brecka's Genes & much more
Stress and how your body responds (fight-or-flight)
Antioxidant production and recycling in the body (Glutathione)
Detoxification process for hormones, chemicals, and heavy metals
Histamine Sensitivity
Response to inflammation
Genetic expression and the repair of your DNA
Neurotransmitters and the balancing of brain chemistry
Energy and overall production
Oxidative Stress (Advanced)
Fat & Carbohydrate Metabolism
Eating Behaviors
Vitamin Deficiencies
Food Sensitivities (Genetic Tendency)
Blood Sugar & Cardiovascular Markers
Obesity & Weight Loss Markers
Strength potential
Endurance vs. sprinter
VO2 Max
Cardiovascular health
Fat loss in response to exercise