The TRUTH about “good genes”

Let’s say you can choose how you’re likely to age, and perhaps break the rules the time in your final days?

Well, my guest states that you could.

Actually, he believes that because of advancements in genetic insights, chronic disease could be “optional”.

He’s Kashif Khan, Chief executive officer and founding father of The DNA Company – the world’s leading functional genomics investigator.

The DNA Company aims to avoid chronic illness by helping patients comprehend the impact of the atmosphere, diet, and lifestyle alternatives on their genetic predispositions.

About this episode, Kashif and that i dive in to the various parts of your existence which are influenced by genetics, and explain why your DNA may be the answer to unlocking the reality behind a number of other conditions affecting sleep, diet, immunity, and much more.

This episode inspires you to definitely develop simple habits to “hack” your DNA and help your existence.

About this episode you’ll learn:

What genes are (and the way to “hack your body” in lowering your risk predisposed illnesses)

How getting THIS gene may potentially extend your existence by YEARS (and how to proceed should you not)

The simple change you may make for your diet in lowering your chance of developing alzhiemers

The reason why you LOCATION might be cutting your dopamine levels (and the way to figure out what atmosphere your DNA will thrive in)

3 simple things you can do at home to modify your fate of chronic illnesses

Why the DNA Clients are unlike Almost every other genetics test – and just how it can benefit YOU support your wellbeing

What doctors are becoming Incorrectly about medicine (and the best way to unlock the “hidden information” within your body to change your wellbeing)

How tailoring your diet plan for your genes will let you become the perfect healthiest self – and the initial step to consider

How you can determine whether the body might be absorbing a lot of toxins (and the way to support your gut health by understanding that one gene)

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