OxyHeme™

OxyHeme™

Nature's Chemistry. Organized.

A Systems Phytochemistry Collection

OxyHeme™ is LuxFormulas' signature Systems Phytochemistry Collection, developed for individuals seeking adjunctive nutritional support through thoughtfully organized botanical formulations.

Rather than focusing on a single botanical or isolated ingredient, each formulation is designed using phytochemical data, traditional botanical knowledge, and published scientific literature describing molecular interactions. This systems-based approach recognizes the complexity of nature by bringing together diverse classes of naturally occurring plant compounds—including amphipathic saponins, flavonoids, polyphenols, organosulfur compounds, terpenoids, quinones, alkaloids, and prebiotic carbohydrates.

Each formulation is carefully assembled to provide broad phytochemical diversity intended to complement overall nutritional wellness and support normal physiological function as part of a comprehensive wellness plan.

Systems Phytochemistry™

Our philosophy is simple:

Nature's Chemistry. Organized.

Every botanical contributes its own molecular architecture. Together, these phytochemical networks create a diverse nutritional formulation designed to complement your wellness journey.

What's Inside

Our formulations may include botanicals selected for their naturally occurring phytochemical diversity, including:

• Amphipathic molecules (steroidal saponins)• Organosulfur compounds• Polyphenols• Flavonoids• Terpenoids• Quinones• Alkaloids• Prebiotic carbohydrates

Adjunctive Nutritional Support

OxyHeme™ ™ formulations are intended exclusively as adjunctive nutritional support to complement—not replace—the care provided by licensed healthcare professionals.

These products are not intended to diagnose, treat, cure, or prevent any disease. Individual results may vary. Always consult your healthcare provider before beginning any new dietary supplement program, particularly if you are pregnant, nursing, taking medications, or managing a medical condition.