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NAD + Optimization Membership Add On to Klotho Membership

The Power of Combining NAD+ Optimization with Lionheart Klotho-Up™ — Two Essential Pathways, One Comprehensive Longevity Strategy Why optimize just…
Klotho optimization healthy aging
The Power of Two Longevity Infographic

The Power of Combining NAD+ Optimization with Lionheart Klotho-Up™ — Two Essential Pathways, One Comprehensive Longevity Strategy

Why optimize just one pathway of healthy aging when you can address two of the most important biological systems involved in cellular health? NAD+ is essential for fueling cellular energy production, supporting mitochondrial performance, activating sirtuin enzymes, and maintaining DNA repair processes. Klotho, often called the longevity protein, plays important roles in cellular signaling, mineral metabolism, and the body’s response to aging-related stress.

Together, NAD+ Optimization and Lionheart Klotho-Up™ offer a powerful, complementary approach to whole-body healthspan optimization—targeting the biological foundations of brain function, cardiovascular wellness, muscle performance, metabolic balance, immune regulation, and healthy tissue maintenance. By combining advanced biomarker monitoring with personalized nutritional, lifestyle, and bioelectric wellness strategies, Lionheart Longevity aims to move beyond isolated supplementation toward a more comprehensive, measurable approach to healthy aging. NAD+ supports the energy and repair machinery of your cells, while Klotho participates in the signaling systems that help regulate cellular health. Their combined optimization represents an exciting frontier in longevity science, although clinical studies have not yet established that combining these interventions produces superior health outcomes or extends human lifespan.

Lionheart Longevity: Two Complementary Longevity Pathways. One Mission — More Healthy Years of Life.

NAD+ Can Transform Your Cellular Health — But Only If Your Levels Are Optimized

NAD+ (nicotinamide adenine dinucleotide) is an essential coenzyme found in virtually every cell of your body. It plays a critical role in cellular energy production, mitochondrial function, DNA repair, and healthy aging.

As we age, NAD+ levels may decline in certain tissues, potentially contributing to changes in cellular metabolism, energy regulation, and the body’s ability to maintain healthy cellular function.

At Lionheart Longevity in partnership with Jinfiniit, we believe that successful NAD+ optimization should go beyond simply taking supplements. Our approach emphasizes personalized biomarker testing, targeted nutritional support, lifestyle optimization, and ongoing measurement.

The goal is simple: Measure. Optimize. Monitor.

Why NAD+ Optimization Matters

Millions of people are exploring NAD+ supplements, precursors, injections, patches, and other NAD-supporting products. Yet many never measure their NAD+ levels or determine whether their chosen approach is producing a meaningful biological response.

Taking an NAD+ product does not necessarily mean your NAD+ levels are optimized.

Our NAD+ Optimization Membership is designed to help individuals better understand their NAD+ status and take a more personalized, measurement-guided approach to supporting cellular health.

Potential Benefits of Supporting Healthy NAD+ Biology

  • Cellular Energy: NAD+ is essential for converting nutrients into usable cellular energy.
  • Mitochondrial Function: Supports biochemical pathways involved in mitochondrial energy production.
  • Healthy Aging: Participates in biological pathways associated with cellular maintenance and longevity research.
  • DNA Repair: Serves as a substrate for enzymes involved in DNA damage responses.
  • Metabolic Health: Plays an important role in glucose and lipid metabolism.
  • Sirtuin Activity: Supports NAD-dependent enzymes involved in cellular stress responses and metabolic regulation.
  • Brain Health: Contributes to normal neuronal energy metabolism.
  • Muscle Function: Supports cellular processes involved in muscle energy production and recovery.

Although NAD+ is essential to these processes, increasing NAD+ levels through supplementation has not been established to produce all of these clinical benefits or extend human lifespan.

Introducing the Lionheart Longevity in partnership with Jinfiniti NAD+ Optimization Membership

Personalized NAD+ Monitoring and Cellular Health Optimization

Our NAD+ Optimization Membership is designed for individuals who:

  • Currently take NAD+ supplements but do not notice a meaningful difference.
  • Want to understand whether their NAD+ support strategy is affecting measurable biomarkers.
  • Are interested in optimizing cellular energy and healthy aging.
  • Want a personalized, data-guided approach rather than guessing which products to use.
  • Want to integrate NAD+ optimization with a broader longevity and regenerative wellness program.

How the NAD+ Optimization Program Works

Step 1 — Measure Your NAD+ Status

Begin with appropriate NAD+ biomarker testing to establish a baseline and better understand your current status.

Step 2 — Review Your Cellular Health Strategy

Evaluate your current supplementation, nutrition, exercise, sleep, and lifestyle practices to identify opportunities for improvement.

Step 3 — Personalize Your Optimization Plan

Develop a strategy that may include NAD+ precursors, nutritional support, exercise, and other appropriate wellness interventions based on individual needs.

Step 4 — Monitor Your Progress

Use periodic biomarker testing and wellness assessments to evaluate changes and guide adjustments.

Step 5 — Maintain Your Cellular Health

Continue monitoring and refining your program as part of a long-term healthy-aging strategy.

NAD+ Optimization Membership Pricing

Start for $198

Then $264 Per Quarter

NAD+ Optimization Longevity Infographic

Your membership is designed around ongoing NAD+ optimization rather than relying solely on the use of individual NAD+ products.

Join the NAD+ Optimization Membership

Membership testing, consultations, supplement inclusions, renewal terms, and other benefits are subject to the actual program offered at enrollment.

Enhance Your Results With Lionheart Klotho-Up™ Health Optimization Membership

Two Complementary Approaches to Healthy Aging

For individuals seeking a more comprehensive approach to cellular health, Lionheart Longevity recommends considering NAD+ Optimization alongside the Lionheart Klotho-Up™ Health Optimization Membership.

While NAD+ is essential for cellular energy metabolism and DNA repair pathways, Klotho is a protein involved in several biological processes associated with aging, cellular signaling, and metabolic regulation.

Both pathways are active areas of longevity research.

The Lionheart Klotho-Up™ Approach

The Lionheart Klotho-Up™ Health Optimization Membership offers a broader, multimodal approach to healthspan optimization, potentially incorporating:

  • Klotho-focused biomarker monitoring.
  • Advanced longevity and metabolic health assessments.
  • Personalized nutrition and lifestyle strategies.
  • Bioelectric muscle stimulation and exercise-based wellness programs. Full body and organ targeted.
  • Muscle strength, body composition, and physical performance monitoring.
  • Brain health, cardiovascular wellness, and metabolic health optimization.
  • Vision, hearing, skin, hair scalp, sexual vitality, joint health, gut health optimization.
  • Immune health optimization.
  • Individualized tracking of healthspan-related biomarkers.

Lionheart Klotho-Up™ Health Optimization Membership — Starting at $463 for Year One.

Why Combine NAD+ and Klotho-Up™?

NAD+ optimization and Klotho-focused health optimization address different but potentially complementary aspects of cellular biology.

NAD+ supports essential cellular energy and repair processes, while Klotho is associated with pathways involved in cellular signaling and healthy aging.

Combining these approaches may provide a more comprehensive framework for measuring and supporting wellness, although clinical evidence has not yet established that combining NAD+ interventions with Klotho-focused programs produces superior longevity outcomes. Investigational research.

Combined Membership Investment

Membership
Price
NAD+ Optimization — Initial Enrollment
$198
NAD+ Optimization — Quarterly Thereafter
$264
Lionheart Klotho-Up™ — First Year
$463
Combined Initial Enrollment
$661
Combined First-Year Cost
$1,453

Combined first-year estimate assumes the $198 initial NAD+ payment plus four subsequent $264 quarterly payments within the first year. Actual first-year billing depends on the renewal schedule. Memberships are separately priced.

Optimize Your NAD+. Support Your Cellular Health. Invest in Your Healthspan.

Healthy aging is not about taking more supplements. It is about understanding your biology, tracking measurable changes, and making informed decisions to support long-term wellness.

At Lionheart Longevity, our philosophy combines advanced biomarker assessment, personalized wellness strategies, and innovative health optimization technologies.

Whether you are beginning your NAD+ journey or already using NAD+ products, a measurement-guided approach can help you better understand your response and refine your strategy.

Start Your NAD+ Optimization Journey Today

NAD+ Optimization Membership — $198 to Start, Then $264 Quarterly

Enroll first in Lionheart Klotho-Up™ Health Optimization Membership — Starting at $463 for Year One then + Enroll in NAD+ Optimization Membership

Ask About Combining NAD+ Optimization With Lionheart Klotho-Up™

Then $264 Per Quarter

NAD+ optimization is an emerging area of wellness and longevity science. NAD+ plays essential roles in human cellular biology, but the clinical benefits of increasing NAD+ levels through supplementation or other interventions remain under investigation. NAD+ testing methods and optimal target ranges are not yet universally standardized.

The programs described are intended to support wellness and health monitoring and are not intended to diagnose, treat, cure, or prevent disease. No claim is made that NAD+ supplementation, Klotho-focused optimization, or their combination reverses aging or extends human lifespan. Consult a qualified healthcare professional before starting new supplements, injections, or other interventions, particularly if you have a medical condition or take prescription medications.

Lionheart Longevity™ — Advancing Healthspan Through Personalized Health Optimization.

Lionheart Longevity & Wellness

NAD+ & Klotho Optimization: Head-to-Toe Health Benefits Reference Guide

Supporting Cellular Energy, Healthy Aging, Tissue Maintenance, and Whole-Body Wellness

NAD+ and Klotho are two important components of human biology associated with cellular function, metabolic regulation, and healthy aging.

  • NAD+ is essential for mitochondrial energy production, DNA repair, sirtuin activity, and cellular metabolism.
  • Klotho is a protein involved in aging-related signaling, mineral metabolism, kidney function, and cellular stress responses. Its soluble form is being investigated for effects on the brain, cardiovascular system, and other organs.

Together, they offer a compelling scientific framework for whole-body healthspan research. However, their biological importance does not establish that NAD+ supplementation or interventions intended to raise Klotho will prevent or treat specific diseases. Investigational research.

Learn about joining an IRB approved clinical study with tests of muscle, immune and brain health in addition to blood biomarkers. Visit www.LionheartLongevity.com to schedule a consultation.

Some Scientific Evidence: Combining NAD+ and Klotho Optimization

Published scientific papers directly connecting NAD+ metabolism, NAD+ precursors, Klotho expression, and the NAD-dependent SIRT1 pathway.

Several provide a promising biological rationale for investigating the combination of NAD+ Optimization with Lionheart Klotho-Up™.

However, an important distinction: I did not identify a published human clinical trial demonstrating that simultaneously optimizing NAD+ and Klotho produces superior healthspan outcomes compared with optimizing either individually.

Most Relevant Published Studies

Direct evidence

Animal experiment

1. Nicotinamide Retains Klotho Expression and Ameliorates Rhabdomyolysis-Induced Acute Kidney Injury

Lin W. et al. Nutrition, 2021.

Researchers found that nicotinamide, a vitamin B3 form and NAD+ precursor, preserved kidney Klotho expression and reduced kidney injury in mice. Importantly, suppressing Klotho eliminated the observed kidney-protective effect of nicotinamide.

Why it matters: This is particularly compelling evidence of a functional relationship between an NAD+ precursor and Klotho-mediated tissue protection. It does not establish benefits from administering both together.

Read published study

ScienceDirect

Human clinical evidence

Randomized controlled trial

2. Investigation of Nicotinamide as More Than an Anti-Phosphorus Drug in Chronic Hemodialysis Patients

Liu et al. Annals of Translational Medicine, 2020.

A 52-week randomized, double-blind, placebo-controlled trial investigated nicotinamide in patients undergoing hemodialysis. Researchers reported reductions in phosphorus and FGF23 and a slower decline in circulating Klotho.

Why it matters: This is human evidence linking administration of an NAD+ precursor to changes in Klotho-related biology, although it involved a specific kidney-disease population rather than healthy-aging participants.

Read clinical trial

Annals of Translational Medicine

Mechanistic evidence

Human tissue and cell research

3. The Relationship Between Klotho and SIRT1 Expression in Renal Aging Related Disease

Su H. et al. International Journal of General Medicine, 2022.

Investigators found that both Klotho and SIRT1 expression were reduced in aging-related kidney tissue changes, with a statistically significant positive correlation between the two proteins.

SIRT1 is an NAD+-dependent enzyme, making this relationship especially relevant to NAD+ and Klotho combination research.

Why it matters: It provides a biological basis for studying whether NAD+-dependent sirtuin activity and Klotho signaling interact in aging-related tissue maintenance.

Read PubMed publication

PubMed

Mixed evidence

Animal experiment

4. Effect of NAD+ Boosting on Kidney Ischemia-Reperfusion Injury

PLOS ONE, 2021.

Researchers administered nicotinamide riboside to rats to increase NAD+ levels. Although kidney NAD+ and SIRT1 increased, the treatment did not prevent the reduction in Klotho after kidney injury and did not prevent progression toward fibrosis.

Why it matters: This study demonstrates that increasing NAD+ does not necessarily restore Klotho. It supports studying the two pathways separately, but it does not prove that dual optimization will overcome the limitations of NAD+ supplementation alone.

Read full study

PLOS One

What These Findings Mean for Lionheart Health

The strongest scientific rationale for a combined program centers on three related biological mechanisms:

Pathway
Scientific rationale
Research opportunity
NAD+ → SIRT1
SIRT1 requires NAD+ for its enzymatic activity.
Evaluate NAD+ and SIRT1-related biomarkers
Klotho ↔ SIRT1
Klotho and SIRT1 expression are correlated in aging-related kidney research.
Investigate coordinated changes
NAD+ precursors → Klotho
Nicotinamide preserved or slowed loss of Klotho in certain studies, but nicotinamide riboside did not in another.
Determine which interventions, if any, improve both pathways

One Lionheart Klotho-Up™ and NAD+ combination study arm will compare four groups: NAD+ optimization alone, Klotho-focused intervention alone, both together, and an appropriate control group. Outcomes could include NAD+ status, circulating Klotho, muscle performance, metabolic markers, inflammation, and validated measures of physical function.

Head-to-Toe Health Reference Table

Evidence levels describe the strength of evidence for NAD+ and Klotho biology in each health area, not proof that an optimization treatment produces clinical benefits.

Health area
Why NAD+ and Klotho matter
Evidence
1. Brain Health & Memory
NAD+ supports neuronal energy and DNA repair. Klotho is being studied for cognition, synaptic function, and brain aging.
Emerging human evidence
2. Hair & Scalp Health
NAD+ supports energy metabolism in hair follicle cells. Klotho-related aging pathways may influence follicle biology.
Early/preclinical
3. Vision & Eye Health
NAD+ is important for retinal and optic nerve metabolism. Klotho may influence retinal cell resilience.
Preclinical/limited clinical
4. Hearing Health
NAD+ supports energy-intensive inner-ear cells. Klotho-related pathways are being investigated in age-associated hearing changes.
Preclinical
5. Skin Health & Wrinkles
NAD+ participates in DNA repair and cellular maintenance. Klotho may influence skin aging and oxidative stress pathways.
Mechanistic/preclinical
6. Oral & Dental Health
NAD+ supports normal cellular metabolism in gum and oral tissues. Klotho has possible roles in mineralization and tissue aging.
Early research
7. Sleep Health
NAD+ metabolism interacts with circadian rhythms. Klotho levels have been associated with sleep characteristics in observational studies.
Emerging
8. Stress Management
NAD+ supports cellular responses to metabolic stress. Klotho is being investigated in stress-related neurobiology.
Early research
9. Mood & Emotional Health
Both participate in biological pathways relevant to neuronal health, but treatment effects on depression or anxiety remain unproven.
Early research
10. Breathing & Lung Health
NAD+ supports respiratory-cell metabolism. Klotho is being studied in lung inflammation, fibrosis, and tissue aging.
Preclinical
11. Immune System Health
NAD+ regulates aspects of immune-cell metabolism. Klotho may influence inflammatory and immune signaling.
Mechanistic/preclinical
12. Inflammation Management
NAD-dependent enzymes participate in inflammatory regulation. Klotho has shown anti-inflammatory activity in experimental models.
Strong biology; limited treatment evidence
13. Cancer Prevention
NAD+ supports DNA repair but also cellular survival pathways. Klotho has shown tumor-suppressive effects in some experimental systems. Neither optimization strategy is proven to prevent cancer.
Preclinical; no proven prevention benefit
14. Heart & Cardiovascular Health
NAD+ supports cardiac energy metabolism. Klotho is associated with vascular function and cardiovascular aging.
Emerging
15. Blood Pressure Health
NAD-related pathways influence vascular metabolism. Klotho participates in pathways affecting vascular function and mineral balance.
Emerging
16. Circulation & Blood Vessel Health
NAD+ supports endothelial cell metabolism. Klotho may help regulate endothelial signaling and vascular calcification.
Mechanistic/preclinical
17. Diabetes & Glucose Health
NAD+ is central to glucose metabolism and insulin-related cellular processes. Klotho has been studied in pancreatic and metabolic regulation.
Emerging
18. Liver Health
NAD+ is essential for liver energy and lipid metabolism. Klotho-related signaling is being investigated in liver fibrosis and metabolic disease.
Mechanistic/preclinical
19. Kidney Health
NAD+ supports kidney-cell energy metabolism. Klotho is produced prominently in the kidney and is important in phosphate and mineral regulation.
Strong biological evidence
20. Digestive & Gut Health
NAD+ supports intestinal cellular metabolism. Klotho may influence gut-related inflammatory and aging pathways.
Early research
21. Weight & Metabolic Health
NAD+ participates in nutrient metabolism and mitochondrial function. Klotho is associated with several metabolic regulatory pathways.
Emerging
22. Sexual & Reproductive Health
NAD+ supports cellular energy metabolism in reproductive tissues. Klotho is being studied in reproductive aging and vascular biology.
Early research
23. Hormonal Health
NAD+ is involved in steroid-related metabolism. Klotho interacts with endocrine pathways, particularly mineral metabolism and FGF23 signaling.
Mechanistic
24. Back & Spine Health
NAD+ supports disc-cell metabolism. Klotho has been studied in experimental models of intervertebral disc degeneration.
Preclinical
25. Joint & Arthritis Health
NAD-dependent pathways affect cartilage-cell function. Klotho may influence cartilage aging and inflammatory signaling.
Preclinical
26. Muscle Strength & Recovery
NAD+ is essential for muscle energy metabolism. Klotho has been investigated in muscle regeneration and age-related muscle decline.
Emerging
27. Bone Health & Osteoporosis
NAD+ supports bone-cell metabolism. Klotho is involved in mineral metabolism and skeletal physiology.
Strong biology; treatment unproven
28. Nerve & Peripheral Neuropathy Health
NAD+ is essential for neuronal metabolism and repair pathways. Klotho may influence nerve-cell resilience.
Preclinical
29. Foot Health, Circulation & Mobility
Both are relevant to underlying vascular, nerve, muscle, and metabolic biology important for mobility and foot health.
Indirect/mechanistic
30. Whole-Body Longevity & Healthspan
NAD+ and Klotho are associated with fundamental aging-related pathways, but increasing either has not been proven to extend human lifespan.
Active clinical research

Selected Scientific References

The following publications provide a foundation for the NAD+ portion of this reference guide:

1. Vinten et al. (2025), Nature Metabolism. NAD+ precursor supplementation in human ageing: clinical evidence and challenges. Reviews human clinical trials and highlights limitations in demonstrated health outcomes. Read study

Nature Metabolism

2. Zhang et al. (2025), Nature Aging. Emerging strategies, applications and challenges of targeting NAD+ in the clinic.Covers NAD biology, clinical development, safety, and therapeutic research. Read study

Nature Aging

3. Gallagher and Emmanuel (2026), Ageing Research Reviews. NAD+ supplementation for anti-aging and wellness. A systematic review of 113 preclinical and human studies finding consistent biomarker responses but mixed clinical outcomes. Read study

PubMed

4. Nature Metabolism (2026). Human whole-blood NAD+ levels do not vary with age or lifestyle interventions. Important evidence for interpreting NAD+ testing and avoiding assumptions that blood NAD+ reliably measures biological age. Read study

Nature Metabolism

Caution: These are broad NAD+ references, not individual proof for all 30 health categories. Klotho-specific and organ-specific primary studies would be needed for a fully cited clinical reference library. Health benefits of elevating klotho and NAD+ needed to be proven in well designed large scale clinical trials.

Lionheart NAD+ & Klotho-Up™ Whole-Body Health Optimization

From Brain Health to Mobility — Supporting the Biology of Healthy Aging.

Lionheart Longevity brings together NAD+ monitoring, Klotho-focused research, biomarker assessment, personalized nutrition, exercise, and health optimization technologies in a comprehensive head-to-toe wellness framework.

The program focuses on measurable health indicators while recognizing that the clinical effectiveness of NAD+ and Klotho-targeted interventions remains under RESEARCH investigation.