Available Tests

Dietetyka i Żywienie Medyczne

StressPrint Test

Level of neurotransmitters and stress hormones

Stress is known as a psychological and emotional state. However, it is also a physiological condition that can be diagnosed.

The level of neurotransmitters and stress hormones is assessed from saliva and urine samples, that makes the test non-invasive. In summary, 8 markers (neurohormones) that participate in the physiological response of the body to stress are the subject of the test. The level of stress markers analyzed allows to assess the general stress level of the body.


Genetic Testing

Genetic Predisposition Test

Fit diet to your genes

Available Nutrigenomix tests

Health & Wellness

This comprehensive genetic test consists of a panel of 45 genetic markers that enable your healthcare professional to provide you with personalized nutrition advice and physical activity recommendations tailored to your DNA.

This test can help you determine how you respond to key components of your diet as well as physical activity. The results of this test can impact weight loss & body composition, nutrient metabolism, heart health, food intolerances, and eating habits.

The test also provides you with information related to the relationship between your genes and athletic performance & injury risk. Your test results are presented in a customized report, which includes dietary and physical activity recommendations based on your individual genetic profile.

Learn more

Source: Nutrigenomix.com

Athletic Performance

Specifically developed with the athlete in mind, to help enhance performance, this test consists of 45 genetic markers that impact nutritional requirements and athletic performance.

The recommendations in this report will enable your coach, trainer or sport nutritionist to provide you with personalized nutrition and training recommendations based on your genetic profile. The recommendations can help you to improve your body composition, identify potential food intolerances, optimize heart health and help you determine your nutrient requirements.

The test also includes markers that can help you determine your risk for certain injuries and understand where your athletic performance strengths lie. These recommendations can help you get a step ahead of the competition by unleashing your genetic potential.

Learn more

Source: Nutrigenomix.com

Nutrition & Fertility

Research shows that the nutritional status of both women and men can impact fertility. We also know that specific variations in our genes can explain why some of us respond differently from others to the same foods, beverages and supplements we consume.

The answer may be in your genes
• Comprehensive genetic test consisting of 45 genetic markers.
• Developed by world-renowned researchers.
• Genetic tests based on the most robust scientific evidence.
• DNA analyzed using a simple saliva sample.
• Personalized recommendations developed based on your unique genetic profile.
• Contact your healthcare provider to get started and eat according to your genes!

Learn more

Source: Nutrigenomix.com

The Nutrigenomix consists of a panel of 45 genetic polymorphisms that affect physical fitness and nutritional predispositions. Genetic profile analysis provides a lot of information about genetic determinants.

The Nutrigenomix test is divided into 6 panels:


Vitamin A metabolism

gene BCMO1, polymorphism rs1164541

Vitamin B12 metabolism  

gene FUT2, polymorphism rs6013382

Vitamin C metabolism  

gene GSTT, polymorphism rs22666333,4

Vitamin D metabolism

gene CYP2R1, polymorphism rs10741657
gene GC, polymorphism rs22826795,6

Vitamin E metabolism

gene F5, polymorphism rs60257

Folic acid metabolism

gene MTHFR, polymorphism rs18011338, 9

Iron overload

gene SLC17A1, polymorphism rs17342717
gene HFE, polymorphism rs1800562, rs179994510, 11

Low iron status

gene: TMPRSS6, polymorphism rs4820268
gene: TFR2, polymorphism rs7385804
gene: TF, polymorphism rs38116411, 12

Calcium metabolism

gene GC, polymorphism rs7041 and rs458813


Caffeine metabolism

gene CYP1A2, polymorphism rs247230014, 15

Whole Grains – glycemic index

gene TCF7L2, polymorphism rs1225537216


gene ACE, polymorphism rs434317

Omega-3 fat metabolism 

gene NOS3, polymorphism rs179998318

Saturated Fat metabolism

gene APOA2, polymorphism rs508219


Energy balance

gene UCP1, polymorphism rs180059220

Physical activity, protein supply, saturated and unsaturated fat

gene FTO, polymorphism rs993960921- 23

Total Fat

gene TCF7L2, polymorphism rs790314624, 25

Monounsaturated fat

gene PPARγ2, polymorphism rs180128226


Lactose intolerance

gene MCM6, polymorphism rs498823527–29

Gluten intolerance

gene HLA, polymorphism rs2395182, rs7775228, rs2187668, rs4639334, rs7454108, rs471358630–32


Fat taste perception

gene CD36, polymorphism rs176166733

Sugar preference

gene GLUT2, polymorphism rs540034

Starch Digestion

gene AMY1, polymorphism rs424437235

Eating between meals

gene MC4R, polymorphism rs1778231336


Motivation to exercise

gene BDNF, polymorphism rs626537, 38


gene ADRB3, polymorphism rs4994
gene NRF2, polymorphism rs12594956
gene GSTP1, polymorphism rs1695
gene NFIA-AS2, polymorphism rs157231239–42

Power and strength

gene ACTN3, polymorphism rs181573943, 44

Exercise behavior

gene CYP19A1, polymorphism s2470158
gene LEPR, polymorphism rs1240555645


gene COMT, polymorphism rs468046,47

Achilles Tendon Injury

gene COL5A1, polymorphism rs1272248

Analysis of body composition (BIA)

Body composition is estimated by bioelectrical impedance analysis (BIA) with use of TANITA MC-780MA

 See how to prepare for the analysis

Before BIA

Multi Frequency Segmental Body Composition Analyzer TANITA MC-780MA

Tanita Body Composition Analyzers have been clinically proven to be accurate, reliable and provide highly repeatable results



• Weight
• Body Fat %
• Total Body Water %
• Muscle Mass
• Physique Rating
• Bone Mineral Mass
• Basal Metabolic Rate
• Metabolic Age
• Body Mass Index
• Visceral Fat
• 5 Segmental Fat Readings
• 5 Segmental Muscle
• Readings