Feel ROBBED of your youth? This ‘longevity molecule’ can SLOW aging

If you’ve hit a certain age…

Your cells could be burning the candle at both ends!

They have to WORK HARDER than they did when they were younger…

Which is why your energy is WANING.

But there’s a type of molecule in your body that SUPPORTS cellular function.

In fact, it helps your cells GROW new mitochondria… and OPTIMIZE its performance.

And as you know, the mitochondria – or the cellular “powerhouses” – are ground zero for cellular aging.

This 1 molecule could even help your cells REPAIR their damaged DNA…

And PREVENT cell death under certain stressful circumstances!

The result?

An immune response that maintains its edge… cognitive function that stays sharp…

And maybe even the REVERSAL of diseases!

RENEW your youthfulness

I’m talking about a “signaling molecule” called nicotinamide adenine dinucleotide, or NAD+.

It was first discovered over 100 years ago, in the year 1906…

And since then it’s been found in skeletal muscle, fat, skin… the heart, brain, and lungs… and other major organs like your kidneys and liver.

One of its MAJOR functions is to activate sirtuins – a.k.a. proteins that play a key role in cellular health.

Sirtuins ZERO IN on your genetic material… specifically, the little “caps” at the end of your DNA strands, called telomeres.

As you age, those caps shorten over time… and even break off.

Your DNA function could even become UNSTABLE and DAMAGED.

But activated sirtuins can help keep your telomeres LONG – a sign of YOUNGER biological age.

Long telomeres could even mean SLOWER aging… and a LONGER life!

Problem is, the older you get, the more your NAD+ reserves can take a nosedive.

By the time you’re 50, you could have just HALF as much NAD+ as you did when you were younger…

And by age 80, your supplies could DWINDLE down to just 1% of what they once were.

It could be because our bodies PRODUCE LESS of it with age… or USE MORE of it to beat back the excess oxidative stress and damage that come with age.

It’s probably some combination of both.

Either way, NAD+ depletion is pretty clearly linked to SEVERAL culprits behind ACCELERATED aging.

I’m talking about becoming more SUSCEPTIBLE to disease – including heart disease, metabolic diseases, neurodegenerative diseases, and even cancer.

On a cellular level, low NAD+ levels have been associated with mitochondrial dysfunction… which can DEPRIVE you of CRUCIAL cellular energy.

The good news is that keeping healthy levels of NAD+ can help boost…

• neurological health, including nerve function and memory
• cardiovascular health
• metabolic profile and energy production
• immune function, and
• physical function.

In fact, boosting levels of NAD+ has been shown in animal studies to REVERSE conditions like diabetes… neuropathy… cognitive impairment… and even hearing loss!

Clinical trials on people are currently underway to show how exactly older folks could benefit from increasing their NAD+ levels… but early signs are promising.

Unfortunately, you can’t REPLENISH your dwindling supply by supplementing with NAD+ directly. Your body will break it down into smaller parts… and then have to reassemble it back into NAD+.

However, your body can produce NAD+ from certain precursors, like…

• nicotinic acid (a.k.a. niacin)
• niacinamide (NAM)
• nicotinamide mononucleotide (NMN), and
• nicotinamide riboside (NR)

ALL of the above are various forms of vitamin B3…

Yet it’s NR that stands head and shoulders above the rest.

Research shows that even a single dose of NR helped increase NAD+ levels in people.

Whether it was 100… 300… or 1,000 mg… the more NR they took, the more they BOOSTED their NAD+ supplies.

And a 2018 study on middle-aged and older folks showed that it was safe to take… and doesn’t carry the risks of side effects like the niacin “flush.”

Look for an NR supplement in capsule form at your local health food store or online.

To LOCKING UP the factors that age you,
Sarah Reagan

P.S. There’s a nutrient that can help fight aging on a cellular level… because its metabolism helps create NAD+. Click here to find out what it is.