Live longer,
better
Highlights
Metabolic Health Panel
By analyzing 23 different gene variants (so-called SNPs), your genetic metabolic type (fat, carbohydrate, protein or balanced type) is determined. In addition, we analyse your current diet and lifestyle, as well as 5 epigenetic markers (3 DNA methylation sites and 2 miRNAs).
This provides you with information about the following genetic and epigenetic markers:
- Metabolic type (metabolic type)
- Sport type
- Health risks (diabetes, for example)
- Nutrition and metabolism factors
- Nutri-cosmetic layout
- Total methylation (DNA stability)
- Inflammatory behavior
- Prognosis for weight loss and stabilization
- Epigenetic status of metabolic regulation
Based on these results, you will also receive personalized diet and lifestyle recommendations, as well as a 4-day diet plan for weight loss or maintenance tailored to your metabolic type and individual needs.
Healthy Aging Panel
Personalized recommendations for a healthy aging process based on the evaluation of:
- Nutrition and lifestyle analysis
- Gene regulation of age-dependent genes (DNA methylation)
- Gene regulation of inflammation-relevant genes (DNA methylation)
- Telomere length
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About
HealthBioCare
HealthBioCare was founded in 2011 by Dr. Alexander Haslberger and Dr. Berit Hippe and focuses on preventive health management and holistic health concepts. Started as a small start-up company, the company today offers a wide range of tests and services based on genetic and epigenetic analyses of just a few drops of blood. HealthBioCare works with international doctors and universities to constantly develop new products. Research plays a central role in this, which is why the company regularly carries out studies and has received a wide range of funding. The team consists of young, motivated scientists. In cooperation with the University of Vienna, HealthBioCare supports numerous students and is constantly looking for new, committed team members.
Q&A
Why should I do one of these analyses?
Every person is unique and this also applies to their metabolism. It may be that we only differ slightly in our DNA, but these genetic differences have a big impact on our health and metabolism. However, our epigenetics plays an even more important role, as it regulates our genes and allows us to have a say in how they work. We want to give you the key to discovering the hidden information behind your genes and epigenetics. This allows you to develop your full potential. Just a few adjustments in the right places can have a big impact, and we want to help you integrate these adjustments efficiently and effortlessly into your everyday life.
What is the focus of HealthBioCare?
Our focus is primarily on preventive health management and a holistic health concept. Our personalized diet and lifestyle recommendations are based on genetic and epigenetic analyses of just a few drops of blood. We have already helped many people lead a healthier lifestyle and hope that we can support many more.
What does HealthBioCare specialize in?
We specialize in the use of molecular biological biomarkers from dried capillary blood (dried blood spot). The analysis of the underlying metabolic mechanisms, which are reflected by SNPs, miRNAs and DNA methylation, can enable early diagnosis and thus contribute to early intervention through lifestyle changes.
All
HealthBioCare
Products
Healthy Sport Panel Plus
Regardless of whether you have been training for a long time or are just starting out. By analyzing your individual, epigenetic fitness and nutrition parameters, as well as your genetic predisposition (SNPs), you can take your performance to the next level through targeted intervention.
We analyse your current diet and lifestyle, as well as 8 epigenetic markers (so-called miRNAs) and 4 SNP variants. Based on the analysis of these 8 sports and nutrition-relevant miRNAs, as well as the genetic sport type predisposition, you will receive personalized nutrition and training recommendations tailored to you. This allows you to individually optimize your training and adapt it to your needs.
Find out values for the following genetic markers:
Gene variants of the genes:
- ACTN3 and ACE to determine your sport type
- ACTN3 to determine your risk of muscle damage
- BDNF to determine your motivation to exercise
- FTO to determine the impact of sport on your body weight
And the following epigenetic biomarkers:
- Nutritional status
- Hydration status
- Inflammation
- Risk of injury and regeneration
- Cardiovascular fitness/ endurance
- Muscle status
- Load level
In addition, you will receive recommendations for epigenetically active plant substances with which you can specifically support your body.
Healthy Sports Panel
Regardless of whether you have been training for a long time or are just starting out. By analyzing your individual, epigenetic fitness and nutrition parameters, you can take your performance to the next level through targeted intervention.
We analyse your current diet and lifestyle, as well as 8 epigenetic markers (so-called miRNAs). Based on the analysis of these sports and nutrition-relevant miRNAs, you will receive personalized nutrition and training recommendations tailored to you and can thus individually optimize and adapt your training to your needs.
In this panel, you will learn your values for the following epigenetic biomarkers:
- Nutritional status
- Hydration status
- Inflammation
- Risk of Injury and Regeneration
- Cardiovascular fitness/ endurance
- Muscle status
- Load level
In addition, you will receive recommendations for epigenetically active plant substances with which you can specifically support your body.
Stress Monitor Panel
Reducing stress is one of the biggest challenges of everyday life. However, once the physical coping level is exceeded, it is a long way to recover. Determine your physical coping level now to counteract potential stress at an early stage.
By analyzing 6 stress-related epigenetic markers (so-called miRNAs), we can determine your cellular stress level and give you personalized recommendations for reducing stress. In order to provide your body with targeted support, you will also receive recommendations for epigenetically active plant substances.
To see your success in reducing stress, we recommend that you re-determine your epigenetic stress level 4 to 6 months later.
Healthy Aging & Metabolic Health
Personalized recommendations for a healthy aging process based on the evaluation of:
- Nutrition and lifestyle analysis
- Gene regulation of age-dependent genes (DNA methylation)
- Gene regulation of inflammation-relevant genes (DNA methylation)
- Telomere length
Nutrition and lifestyle through analysis of 23 gene variants (SNPs) and 5 epigenetic markers (3 DNA methylation sites and 2 microRNA (miRNAs)):
Personalized evaluation of:
- Metabolic type (metabolic type)
- Sport type
- Health risks (diabetes, for example)
- Nutrition and metabolism factors
- Nutri-cosmetic classification total methylation (DNA stability)
- Inflammatory behavior prognosis for weight loss and stabilization
- Epigenetic status of metabolic regulation
Metabolic Health Panel
By analyzing 23 different gene variants (so-called SNPs), your genetic metabolic type (fat, carbohydrate, protein or balanced type) is determined. In addition, we analyse your current diet and lifestyle, as well as 5 epigenetic markers (3 DNA methylation sites and 2 miRNAs).
This provides you with information about the following genetic and epigenetic markers:
- Metabolic type (metabolic type)
- Sport type
- Health risks (diabetes, for example)
- Nutrition and metabolism factors
- Nutri-cosmetic layout
- Total methylation (DNA stability)
- Inflammatory behavior
- Prognosis for weight loss and stabilization
- Epigenetic status of metabolic regulation
Based on these results, you will also receive personalized diet and lifestyle recommendations, as well as a 4-day diet plan for weight loss or maintenance tailored to your metabolic type and individual needs.
Healthy Aging Panel
Personalized recommendations for a healthy aging process based on the evaluation of:
- Nutrition and lifestyle analysis
- Gene regulation of age-dependent genes (DNA methylation)
- Gene regulation of inflammation-relevant genes (DNA methylation)
- Telomere length
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