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NAD+ dissolvable strips box
Individually sealed NAD+ strip sachet
NAD+ sachet peeled open revealing the strip
Close-up of a translucent NAD+ dissolvable strip
NAD+ box with individually wrapped sachets
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LONGEVITY

NAD+

A coenzyme, not a peptide — portioned into the same dissolvable film format. 30 individually sealed strips, 100 mg per strip.

IN STOCKINDIVIDUALLY SEALEDTHIRD-PARTY TESTEDNO NEEDLES
Active ingredients
NAD+ 100 mg
Amount per strip
100 mg per strip
Strips per box
30 Dissolvable Strips

$235

1

Made in USA

Manufactured in the United States.

Third-Party Tested

Every batch is independently tested for quality.

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FORMAT
Dissolvable Strip
COUNT
30 Dissolvable Strips
FLAVOR
Vanilla
PACKAGING
Individually Sealed

About NAD+

The formula

NAD+ is a coenzyme present in all living cells. It has been studied extensively in cellular metabolism research, including redox reactions and sirtuin-related pathways.

The HELIX strip format

A thin dissolvable film, portioned to a controlled specification and sealed individually. No vials, no mixing, no additional supplies.

How to use

STEP 01

Peel open one sachet

STEP 02

Remove and place the strip as directed

STEP 03

Allow it to dissolve completely

PRODUCT DIRECTIONS

Product directions are printed on the approved label enclosed with each box. Follow the label exactly; HELIX does not publish dosing schedules online.

Close-up of a HELIX sachet and dissolvable strip

Dissolvable strip technology

  • Individually packaged — every strip sealed in its own sachet.
  • Thin-film construction cast to a controlled target specification.
  • No mixing or preparation of any kind.
  • Designed to dissolve without water.
  • Compact, shelf-stable storage at room temperature.
  • Precision-portioned formulation, strip to strip.

Compound Profile

NAD+

MOLECULAR FORMULA
C21H27N7O14P2
MOLECULAR WEIGHT
663.4 g/mol
CAS NUMBER
53-84-9
PUBCHEM CID
5892

Research Overview

Cellular metabolism

NAD+ has been studied as a central redox cofactor in cellular metabolism.

Sirtuin-related pathways

Researchers have investigated NAD+-dependent enzyme families in laboratory models.

Ageing biology models

Preclinical models have examined NAD+ availability during ageing.

Research summaries are educational and are not a substitute for medical guidance. Findings from laboratory or animal studies do not necessarily translate to human outcomes.

Product Details

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