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Designed to Deliver

Designed to Deliver

KYNE uses iontophoresis — a gentle electrical current that helps deliver compounds directly through the skin. Pain-free, wearable, and designed for sustained absorption.

KYNE uses iontophoresis — a gentle electrical current that helps deliver compounds directly through the skin. Pain-free, wearable, and designed for sustained absorption.

No needles. No clinic visits.No relying on digestion alone.
No needles. No clinic visits.No relying on digestion alone.

Active delivery for the modern user

KYNE adapts iontophoresis into a wearable patch system designed for sustained transdermal delivery.

KYNE adapts iontophoresis into a wearable patch system designed for sustained transdermal delivery.

KYNE adapts iontophoresis into a wearable patch system designed for sustained transdermal delivery.

Using a controlled micro-current, the patch helps move active compounds through the skin over time.

01

Skin blocks molecules

Skin blocks molecules

Your stratum corneum blocks 99% of what you put on it. NAD+ can’t cross passively.

02

Skin blocks molecules

Skin blocks molecules

Your stratum corneum blocks 99% of what you put on it. NAD+ can’t cross passively.

03

Skin blocks molecules

Skin blocks molecules

Your stratum corneum blocks 99% of what you put on it. NAD+ can’t cross passively.

04

Skin blocks molecules

Skin blocks molecules

Your stratum corneum blocks 99% of what you put on it. NAD+ can’t cross passively.

THE PROTOCOL

How to use
your KYNE patch.

How to use
your KYNE patch.

How to use
your KYNE patch.

Using a controlled micro-current, the patch helps move active compounds through the skin over time.

Clean and dry the application area — upper arm, thigh, or lower back. No lotions, oils, or creams.

Snap the amber vial. Allow the NAD+ powder to fully dissolve in the activator solution.

Apply the NAD+ liquid evenly across both positive and negative pads of the iontophoresis patch.

Press the patch firmly against the prepared skin. Delivery begins immediately. Wear continuously for 12 hours.

Clean and dry the application area — upper arm, thigh, or lower back. No lotions, oils, or creams.

Snap the amber vial. Allow the NAD+ powder to fully dissolve in the activator solution.

Apply the NAD+ liquid evenly across both positive and negative pads of the iontophoresis patch.

Press the patch firmly against the prepared skin. Delivery begins immediately. Wear continuously for 12 hours.

Clean and dry the application area — upper arm, thigh, or lower back. No lotions, oils, or creams.

Snap the amber vial. Allow the NAD+ powder to fully dissolve in the activator solution.

Apply the NAD+ liquid evenly across both positive and negative pads of the iontophoresis patch.

Press the patch firmly against the prepared skin. Delivery begins immediately. Wear continuously for 12 hours.

Why transdermal delivery

Direct Absorption

Designed to bypass the digestive system, helping active compounds reach the bloodstream more efficiently without being broken down in the gut.

Why transdermal delivery

Direct Absorption

Designed to bypass the digestive system, helping active compounds reach the bloodstream more efficiently without being broken down in the gut.

Safety considerations

Safety considerations

Safety considerations

Kyne is designed for safe, non-invasive use. As with any delivery technology, proper application is important.

Kyne is designed for safe, non-invasive use. As with any delivery technology, proper application is important.

One of the most common side effects is minor skin irritation at the electrode site, electrical irritation due to incorrect use can lead to irritation of the skin therefore, proper application is crucial.
Oral NAD+ is broken down by digestion before reaching the bloodstream — bioavailability is around 12%. MTHD uses iontophoresis to deliver NAD+ directly through the skin, achieving roughly 94% bioavailability comparable to IV infusion.
Oral NAD+ is broken down by digestion before reaching the bloodstream — bioavailability is around 12%. MTHD uses iontophoresis to deliver NAD+ directly through the skin, achieving roughly 94% bioavailability comparable to IV infusion.
Oral NAD+ is broken down by digestion before reaching the bloodstream — bioavailability is around 12%. MTHD uses iontophoresis to deliver NAD+ directly through the skin, achieving roughly 94% bioavailability comparable to IV infusion.
Oral NAD+ is broken down by digestion before reaching the bloodstream — bioavailability is around 12%. MTHD uses iontophoresis to deliver NAD+ directly through the skin, achieving roughly 94% bioavailability comparable to IV infusion.
One of the most common side effects is minor skin irritation at the electrode site, electrical irritation due to incorrect use can lead to irritation of the skin therefore, proper application is crucial.
Oral NAD+ is broken down by digestion before reaching the bloodstream — bioavailability is around 12%. MTHD uses iontophoresis to deliver NAD+ directly through the skin, achieving roughly 94% bioavailability comparable to IV infusion.
Oral NAD+ is broken down by digestion before reaching the bloodstream — bioavailability is around 12%. MTHD uses iontophoresis to deliver NAD+ directly through the skin, achieving roughly 94% bioavailability comparable to IV infusion.
Oral NAD+ is broken down by digestion before reaching the bloodstream — bioavailability is around 12%. MTHD uses iontophoresis to deliver NAD+ directly through the skin, achieving roughly 94% bioavailability comparable to IV infusion.
Oral NAD+ is broken down by digestion before reaching the bloodstream — bioavailability is around 12%. MTHD uses iontophoresis to deliver NAD+ directly through the skin, achieving roughly 94% bioavailability comparable to IV infusion.

About kyne

Built Around Delivery Science

Built Around Delivery Science

Built Around Delivery Science

Kyne is focused on one challenge: improving how advanced compounds are delivered into the body.

We develop transdermal systems that combine iontophoresis technology with wearable design to support precise, non-invasive delivery — without the limitations of traditional oral or intravenous methods.

The result is a simpler, more consistent experience designed for modern daily use.

Research

Clinically Proven

Clinically Proven

Clinically Proven

A study published in Cureus demonstrated the effectiveness of iontophoresis as a noninvasive method for increasing glutathione levels.


Elderly participants with low baseline glutathione saw a 64.4% and 21.8% increase in serum levels after seven days of treatment.


These levels remained 44.5% and 17.2% higher after 16 days without further treatment, with participants reporting improved energy and no adverse effects.


7 days — 21.8% above baseline: Rapid strengthening of the body’s antioxidant defenses, helping neutralize free radicals and reduce inflammation.


21 days — 17.2% above baseline: Sustained elevation supporting cellular detoxification, repair, and overall energy.

OUR BELIEF

The future of clinical-grade cellular therapies must fit into life.

The future of clinical-grade cellular therapies must fit into life.

The future of clinical-grade cellular therapies must fit into life.

We built a wearable delivery mechanism first — then loaded it with the most validated molecules in longevity science. Because what gets delivered matters less than how.

We built a wearable delivery mechanism first — then loaded it with the most validated molecules in longevity science. Because what gets delivered matters less than how.

Now you know how. Time to feel it.

Now you know how. Time to feel it.

Transform cellular science into simple daily rituals that improve energy, recovery, resilience, and skin health.

Transform cellular science into simple daily rituals that improve energy, recovery, resilience, and skin health.

PRODUCT

NAD+ Patch

How It Works

Ingredients

Clinical Research

PRODUCT

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