You’re too young to feel this tired.

Remember when you could stay up until 2 AM and still crush it the next day? When hangovers lasted hours, not days? When you could stay focused without that afternoon espresso?

The resilience and energy of youth comes from NAD⁺.

By age 50, you have half the NAD⁺ you had at 20. As you celebrate more birthdays, that decline continues further.^¹

You don’t have to accept this as “normal aging” when you look at it as a solvable problem.

What is NAD⁺ and why should you care?

Think of NAD⁺ (nicotinamide adenine dinucleotide) as your cellular fuel and repair crew rolled into one.

Every cell in your body uses NAD⁺ to:

Turn food into energy. Without it, your mitochondria can’t make ATP.^²
Repair DNA damage that happens 70,000 times per day.^³
Activate longevity genes called sirtuins that keep cells strong.^⁴
Clean out cellular garbage like damaged proteins and dying mitochondria.^⁵

Use NAD⁺ more efficiently.

The Problem: Inefficient mitochondria waste NAD⁺. It’s like driving with the parking brake on: you burn more fuel for less output, burning out gears in the process.

The Solution: Compounds that improve mitochondrial efficiency and activate AMPK:

Resveratrol: Activates SIRT1 and mitochondrial biogenesis.^²⁶
Berberine: Powerful AMPK activator, protects glucose handling.^²⁷
EGCG: Triggers mitophagy, the removal of damaged mitochondria.^²⁸
CoQ10: Supports electron transport chain efficiency.^²⁹, 36
CaAKG: Fuels the Krebs cycle, improves NAD⁺/NADH ratio with demonstrated benefits in mouse models.^³⁰

The NAD⁺ crisis your doctor hasn’t told you about…

You’re too young to feel this tired.

What is NAD⁺ and why should you care?

Use NAD⁺ more efficiently.

BOOST provides NAD⁺ precursors through multiple biosynthetic routes: salvage, Preiss-Handler, and NR kinase pathways. This increases substrate availability for NAD⁺ production.^¹⁵

PROTECT inhibits CD38 and reduces inflammation-driven NAD⁺ consumption. CD38 activity can consume 100x more NAD⁺ than other enzymes, so blocking it preserves your NAD⁺ pool.^³⁸

The NAD+ crisis your doctor hasn’t told you about…

You’re too young to feel this tired.

What is NAD+ and why should you care?

Use NAD+ more efficiently.

BOOST provides NAD+ precursors through multiple biosynthetic routes: salvage, Preiss-Handler, and NR kinase pathways. This increases substrate availability for NAD+ production.¹⁵

PROTECT inhibits CD38 and reduces inflammation-driven NAD+ consumption. CD38 activity can consume 100x more NAD+ than other enzymes, so blocking it preserves your NAD+ pool.³⁸

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The NAD⁺ crisis your doctor hasn’t told you about…

What is NAD⁺ and why should you care?

Use NAD⁺ more efficiently.

BOOST provides NAD⁺ precursors through multiple biosynthetic routes: salvage, Preiss-Handler, and NR kinase pathways. This increases substrate availability for NAD⁺ production.^¹⁵

PROTECT inhibits CD38 and reduces inflammation-driven NAD⁺ consumption. CD38 activity can consume 100x more NAD⁺ than other enzymes, so blocking it preserves your NAD⁺ pool.^³⁸