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A personalized guide to understanding your results and achieving a healthier, more vibrant life.
Discover your biological age and ways to improve it
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See your results in augmented reality and understand their impack on your body.
The Cellixa supplement range focuses on the vitamins, minerals and other essential nutrients which are in many ways the forgotten foundations and building blocks for our health.
In the new era of health and longevity supplements, certain companies and manufactures in their quest, and in the race to appear unique have forgotten about the basic building blocks of human biology.
"As unlocking the secrets to longevity will always start with the basics"
The fantasy of living forever has endured for centuries, from the fountain of youth to gaining immortality from a magic spell. However, the gap between life and health expectancy is growing larger every year.
We might be living longer, but unfortunately not healthier. Increased cases or long-term conditions like asthma, diabetes, obesity and heart disease are sadly on the rise.
muhdohub is a data-driven personalised and a preventative health and wellness ecosystem that integrates epigenetics, genetics, health, fitness, nutrition, cognitive testing, facial tracking and wellbeing into an app-based platform.
muhdohub is the science arm for muhdohub which has established itself as a leader in personalised genetic health solutions through its collaborations with various illustrious science and research partners. These partnerships enhance the company’s ability to deliver cutting-edge research driven insights into genetic and epigenetic health.
muhdohub during the past 8 years has collaborated, engaged & partnered with a diverse collection of established Universities, Organisations and other Institutions globally such as Kings College London, The National University of Singapore and the European Union.
The partnership with the European Union's Predictom Project represents a significant collaboration aimed at advancing scientific innovation and Epigenetic research into Alzheimer's.
The distinction between a nutrient deficiency identified through a blood Test and a DNA nutrient inefficiency (Saliva Test) lies in their origins, implications, and how they affect your health.
A nutrient deficiency measured through a blood test reflects your current nutrient status and the actual levels of vitamins, minerals, or other nutrients circulating in your blood. This can result from:
Example: A blood test might reveal low vitamin D levels due to limited sun exposure, insufficient dietary or supplement intake. This deficiency directly affects bodily functions, such as bone health and immune function.
A DNA nutrient inefficiency is a genetic predisposition that affects how your body metabolises, absorbs, or utilises specific nutrients.
It does not measure nutrients levels at that present time but highlights inherited traits that may make it harder to obtain health from your diet and/or a supplement, which might lead to inefficiencies or increased nutrient requirements.
Example: A person with a variation in the MTHFR gene may have reduced ability to utilise vitamin B12, which is crucial for DNA repair and methylation. Even with normal B12 intake, this inefficiency can result in functional deficiencies over time.
Genetics refers to the DNA you inherit from your parents which is fixed and does not change. While your genetic code remains the same throughout your life, environmental factors like diet, exercise, stress, and toxins can influence how genes are expressed (turned on or off) through epigenetic modifications such as DNA methylation.
Yes! While your DNA sequence (the genetic code you inherit from your parents) remains the same throughout your life, your lifestyles choices can influence how your genes are expressed, this is known as epigenetics.
Epigenetics mechanisms, such as DNA methylation, act like switches that turn genes "on" or "off" based on environmental and lifestyle factors. This means that your diet, exercise, sleep, stress levels, and exposure to toxins can all affect how your genes function, potentially affecting your health, ageing, and disease risk.
DNA methylation is an epigenetics and crucial biological process that happens billions of times per second in nearly every cell in your body where chemical groups (methyl groups) attach to your DNA, affecting how your genes are turned on or off without altering the DNA sequence itself.
This plays a vital role in many essential functions, including DNA repair, gene expression, detoxification, and energy production.
Methylation acts like a switch or dimmer, turning genes on or off or adjusting their activity levels. For example, it helps regulate how genes respond to stress, how hormones are balanced, and how toxins are processed and removed from the body.
It also supports brain health, heart function, and immune system activity. Proper methylation is essential for maintaining overall health and well-being.
Methylation relies on specific nutrients, often called "methyl donors," to work efficiently. Key nutrients include B vitamins (B6, B9, and B12), choline, and betaine. These nutrients help your body generate and replenish methyl groups.
Without adequate amounts of these nutrients, the methylation process can slow down or become less effective, potentially leading to a higher risk of health problems, including fatigue, immune dysfunction, and even chronic diseases.
A diet rich in leafy greens (for folate or B9), fish and eggs (for B12 and choline), or nuts (for B6) can help ensure that your methylation process runs smoothly.
Avoiding nutrient deficiencies is crucial because inefficient methylation can affect everything from DNA stability to mental health. By eating a nutrient-dense diet or using certain supplements as needed, you can support healthy methylation and promote long-term health.