The Science / How It Works

The Science of Interconnected Physiology.

Recovery, stamina, strength, steadiness, and long-term vitality may feel like separate concerns.

At the physiological level, they rely on systems that continually influence and support one another. REJUVENATE by BODYPOINT® VITALITY was built around those relationships.

What Experience Reveals

Physiology can shift before the pattern becomes clear.

People usually notice what feels different before the physiological pattern becomes clear.

Recovery takes longer.
Stamina feels less reliable.
Maintaining strength or steadiness requires more effort.
Day-to-day capability feels less consistent.

These experiences may appear separately. They can also reflect shifts in the physiological systems that support them.

Physiology helps explain why different experiences may begin appearing together.

Four Interconnected Systems

The body maintains capability through systems that work together.

REJUVENATE by BODYPOINT® VITALITY is designed to support four interconnected physiological systems that may naturally decline as we mature. Each system contributes something different. Their work remains interconnected.

Together, the Four Physiological Systems support the body’s ongoing work of Recovery & Adaptation. Their interconnected work contributes to Muscle Maintenance Over Time and supports Long Term Vitality.

Different goals can point to the same underlying physiology.

How Each System Contributes

Distinct physiological roles. One interconnected framework.

Physiological Contributions

Circulation & Delivery

Supports the movement of blood and the delivery of oxygen and nutrients throughout the body, contributing to normal tissue function, physiological signaling, recovery, and the body’s response to everyday demands.

Vascular function
Oxygen and nutrient delivery
Physiological signaling
Response to everyday demands

Cellular Output & Stamina

Cells convert nutrients into usable cellular energy for the physiological work required throughout the day, contributing to sustained capacity, tissue maintenance, and consistency across everyday activity.

Cellular energy production
Sustained physiological output
Daily capacity
Tissue maintenance

Structural Integrity & Resilience

Connective tissue, collagen-containing structures, muscle, and bone contribute to the physical framework that supports movement and capability, maintained and renewed over time.

Connective tissue integrity
Collagen-related processes
Structural framework supporting muscle and bone
Long-term resilience

Metabolic Steadiness & Support

Reflects how effectively the body coordinates nutrient use, cellular demands, recovery, and ongoing physiological work — contributing to a more consistent physiological baseline.

Nutrient use
Coordination with cellular demands
Physiological consistency
Ongoing metabolic function

Each system performs a distinct physiological role. Capability is supported through the way those roles remain connected.

Not More. Better Aligned.

The protocol began with physiological purpose.

The protocol that became REJUVENATE by BODYPOINT® VITALITY began with a different question:

Which physiological systems matter most?

The physiological systems became the foundation for every formulation decision that followed. The proprietary blend brings a targeted tri-amino architecture together with PQQ. Each component was selected for the physiological role it serves within the protocol as a whole.

Systems-First Formulation

Identifies physiological systems that influence outcomes.
Evaluates components for their physiological relevance.
Selects forms based on physiological purpose.
Uses precise amounts to support that purpose.
Builds the protocol around physiological relationships.

Ingredient-First Formulation

Begins with ingredient selection.
Focuses on individual ingredient benefits.
Chooses forms primarily based on availability.
Highlights ingredient amounts as the primary value.
Builds the formulation around individual ingredients.

When formulation begins with physiology, ingredients become tools rather than objectives.

Individual Contributions

Each component explains part of the physiology.

Scientific concepts are translated into plain language for general understanding. Component descriptions reflect established physiological roles and explain how each ingredient contributes to the protocol’s integrated design.

L-Arginine

Role within the protocol: Circulation and physiological demand

Scientific basis: Serves as a substrate for nitric oxide production and participates in multiple interconnected metabolic pathways.

Plain language: Describes ongoing physiological participation in vascular signaling and nutrient-dependent pathways — not stimulant activity or an enhanced-performance promise.

L-Lysine

Role within the protocol: Structural integrity and cellular output support

Scientific basis: Residues participate in collagen formation and cross-linking, and contribute to endogenous carnitine biosynthesis connected to mitochondrial fatty-acid metabolism.

Plain language: Describes structural and metabolic support rather than stimulant activity or an immediate energy effect.

L-Ornithine

Role within the protocol: Cellular renewal and physiological resilience

Scientific basis: Participates in the urea cycle and contributes to pathways involving polyamines, proline, and interconnected arginine metabolism.

Plain language: Describes normal cell growth and maintenance pathways within the broader protocol architecture — not an independently measured clinical outcome.

PQQ

Role within the protocol: Mitochondrial function and cellular resilience

Scientific basis: Studied in relation to mitochondrial pathways and cellular redox processes.

Plain language: Describes PQQ’s intended role within the protocol architecture — not a stand-alone promise of a clinical outcome.

Individual components matter. Their physiological relationships define the protocol.

Physiological System	Arginine	Ornithine	Lysine	PQQ
Circulation & Delivery	✓
Cellular Output & Stamina	✓	✓	✓	✓
Structural Integrity & Resilience			✓
Metabolic Steadiness & Support		✓		✓

Shared physiological process across all four components: Recovery & Adaptation.

Systems Change Over Time

Decline is natural. Support can be intentional.

As we mature, sustained demands, activity, nutrition, and environmental factors can influence physiological efficiency over time.

Circulation and delivery may become less responsive.
Cellular output and stamina may feel less reliable.
Structural tissues may require more time for repair and renewal.
Metabolic steadiness may become more difficult to maintain.

These changes can affect recovery, stamina, strength, steadiness, and long-term capability.

Supporting the underlying physiology helps the body continue doing the work it performs every day.

Ongoing Physiology. Daily Replenishment.

Physiological support depends on more than ingestion.

Nutritional components move through digestion, absorption, and circulation before becoming available for cellular and tissue use within the body’s ongoing physiological work.

Digestion & Release

Makes nutritional components available.

Absorption

Allows components to enter circulation.

Circulation & Delivery

Moves them throughout the body.

Cellular & Tissue Use

Participates in normal physiological processes.

Replenishment occurs gradually through these interconnected pathways. The body continues recovering, adapting, repairing, and maintaining function every day, including when activity slows. Because this physiological work never stops, REJUVENATE by BODYPOINT® VITALITY is designed as a daily, long-term replenishment protocol for consistent use over time.

This is physiology-aligned replenishment: gradual, consistent, and systems-aligned.

Evidence With Context

Science explains the physiology. Clinical experience shaped the protocol.

Component research informs the role of each ingredient within the protocol. Systems physiology informs how those roles relate to one another. Clinical experience informs the formulation rationale and history of use. These forms of evidence are distinct from a controlled clinical trial of the finished product.

Systems Physiology

Explains how Circulation & Delivery, Cellular Output & Stamina, Structural Integrity & Resilience, and Metabolic Steadiness & Support relate within the body and together support Recovery & Adaptation.

Component Research

Explains the known physiological roles of L-Arginine, L-Lysine, L-Ornithine, and PQQ and why each was considered relevant to the protocol.

Clinical Experience

Clarified which physiological priorities consistently mattered across patients pursuing different goals over more than a decade of clinical use.

Together, these forms of evidence provide context for understanding the physiology and the rationale behind the protocol.

Shaped Through Clinical Practice

Time reveals what continues to matter.

Across patients pursuing different goals, what appeared to be separate concerns became different expressions of shared physiology.

Throughout more than a decade of clinical use, BODYPOINT® VITALITY Founder and Medical Director Kurtis Hinderman, FNP-BC, repeatedly returned to the same question as new research emerged:

Does this continue to support the physiological work the body is already doing?

01 Circulation & Delivery
02 Cellular Output & Stamina
03 Structural Integrity & Resilience
04 Metabolic Steadiness & Support

Shared Physiological Process

✓ Recovery & Adaptation

Cumulative Outcome

✓ Muscle Maintenance Over Time

Clinical experience did not make the protocol more complicated. It clarified what continued to matter.

One Framework. Multiple Goals.

Understanding the physiology makes the pattern clearer.

The framework provides a clearer way to understand why changes in recovery, stamina, strength, and steadiness may begin appearing together.

For practitioners, one systems-first framework provides a way to recognize the physiological patterns behind patient conversations and explain where REJUVENATE by BODYPOINT® VITALITY may fit.

Different experiences. Shared physiology. One integrated protocol.