Genetic Preventive Health Assessment Test
- SummaryThe Genetic Preventive Health Assessment Test provides a comprehensive genomics-based wellness and preventive health assessment that transforms an individual’s DNA information into actionable lifestyle insights. The Genetic Preventive Health Assessment test studies specific genetic markers to provide personalized insights into how your body may respond to nutrition, exercise, lifestyle habits, and preventive health measures. By combining your genetic information with scientific research, the report helps identify traits related to metabolism, nutrient needs, fitness, weight management, sleep, addiction and behavioural issues, cognitive health, food sensitivities, and much more. These insights can help your doctors tailor personalised guidance, treatment, and a preventive lifestyle plan based on your unique genetic profile. The report is not intended to diagnose or predict disease but serves as a tool to help doctors with personalized wellness planning. Results should always be interpreted by a doctor along with clinical correlation.Read more
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- SampleBlood
- FastingNot Required
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Overview
The Genetic Preventive Health Assessment test is a personalised wellness assessment that uses your genetic information to provide insights into how certain genetic variations may be associated with factors such as nutrition, exercise, lifestyle habits, and other aspects of health. Your genes can influence how you process nutrients, regulate metabolism, respond to physical activity, and interact with environmental and lifestyle factors. Understanding these genetic variations may help you make more informed choices for long-term health and wellness.
The test analyses 44 genetic markers across five key areas: nutrition and metabolic health; disease susceptibility and preventive health; food sensitivity and lifestyle response; fitness and physical performance; and behavioural, cognitive, and gender-specific health. It may provide insights into nutrient metabolism, weight management, cardiovascular and metabolic health, food and lifestyle responses, exercise and recovery, sleep and circadian rhythm, oxidative stress, bone health, and selected hormonal and behavioural traits. The results provide personalised insights based on your genetic profile, which may help inform lifestyle and wellness choices.
The test requires a blood sample, which can be collected from your home by a trained phlebotomist at a convenient time. Fasting is not required, so you may follow your usual diet and routine before sample collection. The report is intended to support wellness and preventive health planning and does not diagnose diseases or predict with certainty whether a condition will develop. Genetic findings should be interpreted in context, as having a particular genetic variation does not necessarily mean that a health condition or trait will occur. Your doctor or healthcare professional can help interpret the results alongside your personal and family history and other relevant health information.
What Does This Test Detect?
The Genetic Preventive Health Assessment test analyses selected genetic variations to provide personalised insights across different aspects of health, lifestyle, and wellness, including:
- Nutrition and metabolic health: Genetic factors related to vitamin and nutrient metabolism, iron-related genetic predisposition, homocysteine metabolism, obesity predisposition, weight management, fat metabolism, and sensitivity to certain dietary components.
- Disease susceptibility and preventive health: Genetic factors associated with lipid metabolism, cardiovascular health, obesity and metabolic syndrome, type 2 diabetes, inflammation, insulin sensitivity, and other selected disease- associated risks.
- Food sensitivity and lifestyle response: Genetic traits associated with lactose, caffeine, and salt sensitivity, histamine response, and individual differences in the body’s response to alcohol and nicotine.
- Fitness and physical performance: Genetic factors associated with exercise response, endurance, strength, power, injury risk, and recovery, and other exercise- and performance related traits.
- Behavioural, cognitive and gender-specific health: Genetic factors related to sleep and circadian rhythm, appetite regulation, behavioural and cognitive traits, earwax and body odour characteristics, bone health, and aspects of men’s or women’s hormonal health.
- Antioxidant defence and oxidative stress, as well as other traits relevant to personalised wellness and preventive health.
Important: These results indicate genetic tendencies or predispositions, not actual vitamin levels, disease presence, or certainty that a condition or trait will develop. They should be interpreted as part of a broader health assessment and used to support personalised lifestyle choices and wellness planning, rather than replace medical evaluation.
Who Should Book the Genetic Preventive Health Assessment Test?
This assessment may be suitable for adults who want to understand how their genetic profile may be associated with different aspects of their health and lifestyle. It may be particularly relevant for those who:
- Want personalised insights into nutrition, metabolism, and weight management.
- Want to better understand their genetic associations with responses to diet, caffeine, alcohol, salt, or other lifestyle factors.
- Are interested in understanding genetic factors associated with exercise, fitness, performance, and recovery.
- Want insights into sleep, circadian rhythm and behavioural traits.
- Are interested in genetic factors related to preventive health and disease susceptibility.
- Want to use genetic information as a starting point for long-term, personalised wellness planning.
How to Prepare for the Genetic Preventive Health Assessment Test?
What to expect before the sample collection:
- Fasting is not required, so you can have your usual meals and follow your normal routine.
- The test can be done at any time of the day.
- No specific dietary or lifestyle changes are generally needed before sample collection.
- Inform your doctor about any relevant medical history, medications, or genetic concerns if you are undergoing the test as part of a medical evaluation.
What to expect during the sample collection:
- The sample collection process is simple and usually takes only a few minutes.
- A trained phlebotomist will visit your home at the scheduled time and will collect a blood sample from a vein in your arm using a sterile needle after cleaning the area with an antiseptic.
- You may experience a brief pinprick or mild discomfort when the needle is inserted, but the procedure is generally well tolerated.
- Once the blood sample has been collected, gentle pressure will be applied to the site, and a small bandage may be placed to minimise bleeding.
What to expect after the sample collection:
- Once the sample has been collected, it will be taken to the laboratory for analysis.
- Mild pain, bruising, or tenderness at the blood collection site may occur but typically resolves within a day or two without treatment.
- You can resume your normal activities immediately after sample collection.
- Reports are expected in about 15 days after sample collection. The report provides personalised genetic insights and wellness-related recommendations based on the markers analysed.
- The report is intended for wellness and preventive planning and should be interpreted in the context of your overall health and, where appropriate, with guidance from a doctor or qualified healthcare professional.
Note: If you notice anything unusual at the puncture site, such as persistent bleeding, a rash, or pain, consult your healthcare provider.
What Parameters are included in this Test?
The assessment analyses selected genetic markers associated with the following wellness domains:
|
Area assessed |
Number of Parameters |
Sample |
|---|---|---|
|
Nutrition and metabolic health |
11 |
Blood |
|
Disease susceptibility and preventive health |
11 |
Blood |
|
Food sensitivity and lifestyle response |
8 |
Blood |
|
Fitness and physical performance |
6 |
Blood |
|
Behavioural, cognitive and gender-specific health |
8 |
Blood |
|
Total |
44 |
Blood |
Note: The assessment does not measure these traits directly through individual blood tests. Instead, it analyses selected genetic variations and uses them to provide genotype-based insights and personalised wellness recommendations.
Complete List of the 44 Genetic Parameters
Note: Your report will contain the detailed results for each genetic parameter, including the genes analysed, genetic variants (rsIDs), detected genotype, interpretation of their potential impact, effect category (high, medium, or low), and personalised lifestyle recommendations. Please refer to your report for your individual results and their interpretation.
Nutrition and Metabolic Health: 11 Parameters
|
Genetic parameter / trait |
What it may indicate |
|---|---|
|
Vitamin D levels |
Genetic tendency that may influence vitamin D status or metabolism. |
|
Vitamin A levels |
Genetic factors that may influence vitamin A metabolism |
|
Vitamin B12 levels and recycling |
Genetic factors that may influence vitamin B12 metabolism. |
|
Iron deficiency risk |
Genetic predisposition associated with the risk of iron deficiency ; it does not measure iron levels or confirm iron deficiency. |
|
Homocysteine metabolism |
Genetic factors that may influence homocysteine metabolism. |
|
Methylation and choline requirements |
Genetic factors that may influence how your body processes certain nutrients involved in methylation and may influence choline requirements. |
|
Obesity predisposition |
Genetic tendency associated with susceptibility to weight gain or obesity. |
|
Weight loss and fat mobilization |
Genetic factors that may influence weight-related responses to lifestyle and diet and how the body processes dietary fats. |
|
Body mass index (BMI) |
Genetic factors that may be associated with your tendency towards a particular body weight or BMI. |
|
Sensitivity to saturated fats and refined carbohydrates |
Genetic factors that may influence how your body may respond to saturated fats and refined carbohydrates in the diet. |
|
Oxidative stress |
Genetic factors related to the body’s antioxidant defence and response to oxidative stress. |
Disease Susceptibility and Preventive Health: 11 Parameters
|
Genetic parameter / trait |
What it may indicate |
|---|---|
|
HDL-C levels |
Genetic factors that may influence HDL cholesterol levels, which are associated with cardiovascular health. |
|
LDL-C levels |
Genetic factors that may influence LDL cholesterol levels, an important factor in cardiovascular risk. |
|
Triglyceride levels |
Genetic factors that may influence blood triglyceride levels and fat metabolism. |
|
Coronary artery disease risk |
Genetic predisposition associated with the risk of developing coronary artery disease. |
|
Protection from coronary artery disease |
Genetic factors that may be associated with a relatively lower genetic risk of coronary artery disease. |
|
Risk of obesity and metabolic syndrome |
Genetic predisposition that may influence susceptibility to obesity and metabolic syndrome. |
|
Type 2 diabetes risk |
Genetic predisposition associated with susceptibility to type 2 diabetes. |
|
Diabetes complications risk |
Genetic factors that may influence susceptibility to certain complications associated with diabetes. |
|
Chronic inflammation risk |
Genetic factors that may be associated with a tendency towards chronic inflammatory responses. |
|
Lipid metabolism regulation |
Genetic factors involved in the regulation and processing of fats and cholesterol in the body. |
|
Fat mass and insulin sensitivity |
Genetic factors that may influence body fat accumulation and how the body responds to insulin. |
Food Sensitivity and Lifestyle Response: 8 Parameters
|
Genetic parameter / trait |
What it may indicate |
|---|---|
|
Lactose sensitivity |
Whether your genes may make it harder for your body to digest lactose in milk and dairy products. |
|
Caffeine sensitivity |
How your genes may affect your body’s response to caffeine. |
|
Salt sensitivity |
Whether your genes may influence your blood pressure response to salt in the diet. |
|
Histamine/hypersensitivity response |
Genetic factors that may influence histamine metabolism or response to certain triggers; this does not diagnose histamine intolerance or allergy.. |
|
Alcohol consumption predisposition |
Whether your genes may be associated with a greater tendency to consume alcohol. |
|
Alcohol dependence |
Whether your genes may be associated with a higher susceptibility to alcohol dependence. |
|
Alcohol cravings |
Whether your genes may influence susceptibility to alcohol cravings. |
|
Nicotine dependence |
Whether your genes may be associated with susceptibility to nicotine dependence. |
Fitness and Performance Genetics: 6 Parameters
|
Genetic parameter / trait |
What it may indicate |
|---|---|
|
Exercise response |
How your genes may influence the way your body responds to physical activity. |
|
Endurance capacity |
Whether your genes may be associated with your ability to sustain physical activity for longer periods. |
|
Power and strength |
Genetic factors that may influence your potential for muscular strength and explosive power. |
|
Hand grip strength |
Genetic factors that may be associated with differences in hand grip strength. |
|
Tissue injury and recovery |
Whether your genes may be associated with susceptibility to certain exercise-related tissue injuries and differences in recovery after exercise. |
|
Athletic performance traits |
Genetic factors that may be associated with certain aspects of physical and athletic performance. |
Behavioural, Cognitive, and Gender-Specific Health: 8 Parameters
|
Genetic parameter / trait |
What it may indicate |
|---|---|
|
Circadian rhythm and appetite regulation |
Genetic factors that may influence your natural sleep-wake cycle and appetite patterns. |
|
Anxiety response |
Genetic factors that may be associated with differences in how your body and mind respond to stress or anxiety. |
|
Cognitive traits and intelligence |
Genetic factors that may be associated with certain cognitive abilities and related traits. |
|
Sleep and behavioural patterns |
Genetic factors that may influence sleep patterns and certain behavioural traits. |
|
Earwax type and body odour traits |
Genetic factors that influence characteristics such as the type of earwax you produce and aspects of body odour. |
|
Oestrogen and xenobiotic metabolism |
Genetic factors that may influence how the body processes estrogen and certain substances it encounters, including some medicines and environmental chemicals. |
|
Bone health |
Genetic factors that may influence characteristics related to bone health and strength. |
|
Men’s / women’s hormonal health |
Genetic factors associated with selected hormonal health traits in men or women. |
Important: These are genetic traits/insights, not conventional laboratory measurements. The report’s individual results should be interpreted according to the genetic categories used by the testing laboratory. Genetic findings indicate tendencies or associations and should not be interpreted as a diagnosis or a definite prediction of health outcomes.
Sample Collection: Home vs. Diagnostic Lab
|
Feature |
Home collection (PharmEasy) |
Traditional diagnostic lab |
|---|---|---|
|
Convenience |
A phlebotomist comes to your home at your chosen time. |
Requires travel, waiting in queues, often when fasting. |
|
Time saving |
No travel time. Done before your day begins. |
Depends on distance, traffic, and lab rush hours. |
|
Safety and comfort |
Safe - avoids exposure to sick patients in crowded waiting areas. |
Moderate - shared spaces with other patients. |
|
Process |
Certified phlebotomist with sterile, sealed collection kit. |
You must visit during its working hours. |
|
Reports |
Digital - sent to your PharmEasy app or email within 24 to 48 hours. |
May require a second visit. |
|
NABL certification |
Yes - all PharmEasy partner labs are NABL and ISO certified. |
Varies by lab - always confirm before booking. |
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People Also Ask
Is this test suitable for children?
Can medications affect the genetic test results?
Can my lifestyle change my genetic test results?
Can this test tell me which diet is best for me?
Can genetic testing tell me whether I will develop a disease?
Can I use the results to change my medicines or supplements?
Does this test examine my entire genome?
Can this test tell me about my family’s genetic risks?
Can two people have different results even if they have similar lifestyles?
Does a genetic predisposition mean I already have the condition?
Can I use this report as a substitute for routine health check-ups?
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