ROXTAZIN® RUBY QX7000

ADVANCED PHYSIOLOGICAL & BIOCHEMICAL MONOGRAPH
ROXTAZIN® RUBY QX7000 MATRIX

Introduction to Cellular Dynamics & Bioavailability

ROXTAZIN® RUBY QX7000 MATRIX represents an advanced molecular formulation developed according to contemporary principles of physiology, biochemistry, and pharmaceutical formulation science. Every active component has been selected for its recognized physiological role and its high degree of bioavailability, allowing efficient participation in the body's normal metabolic processes.

The formulation combines organically bound minerals with essential vitamins in a scientifically balanced matrix designed to support cellular metabolism, physiological energy production, neuromuscular function, enzymatic activity, electrolyte homeostasis, and the maintenance of normal biochemical processes throughout multiple organ systems.

Each ingredient has been incorporated according to modern formulation standards, emphasizing purity, stability, manufacturing consistency, and optimal physiological utilization while maintaining compliance with internationally recognized quality specifications.

I. Organic Triple Magnesium Matrix
*250 mg | 67% NRV*

The Triple Magnesium Matrix integrates three complementary organic magnesium compounds, each possessing unique physicochemical characteristics that collectively contribute to excellent gastrointestinal tolerance, efficient absorption, and broad physiological functionality.

Magnesium Bisglycinate

Magnesium Bisglycinate consists of magnesium chelated with two glycine molecules, creating a highly stable organic complex characterized by excellent gastrointestinal compatibility and high bioavailability. The chelated structure protects the mineral from premature interactions within the digestive tract, facilitating efficient physiological absorption.

Magnesium contributes to the normal functioning of the nervous system, normal muscle function, electrolyte balance, normal psychological function, normal protein synthesis, normal energy-yielding metabolism, maintenance of normal bones and teeth, and reduction of tiredness and fatigue. Furthermore, magnesium participates as an essential cofactor in hundreds of enzymatic reactions responsible for maintaining normal cellular metabolism.

Magnesium Citrate

Magnesium Citrate is a highly soluble organic magnesium salt recognized for its favorable dissolution profile and excellent physiological availability. Citrate naturally participates as an intermediate metabolite within the Citric Acid (Krebs) Cycle, one of the body's principal metabolic pathways responsible for aerobic cellular energy production.

The availability of magnesium supports numerous ATP-dependent enzymatic reactions that collectively contribute to normal physiological energy metabolism and cellular biochemical efficiency.

Magnesium Malate

Magnesium Malate combines magnesium with malic acid, another naturally occurring intermediate involved in cellular metabolism. This organic complex complements the overall magnesium profile by providing an additional physiologically compatible source of elemental magnesium.

Magnesium supports tissues characterized by elevated physiological energy requirements, including skeletal muscle, cardiac muscle, and the nervous system, where continuous ATP turnover is essential for maintaining normal biological function.

II. Active Organic Zinc Catalyst (Zinc Citrate)
*6.5 mg | 65% NRV*

Zinc Citrate provides a highly bioavailable organic source of zinc, an essential trace element that participates in an extensive network of biological and enzymatic processes throughout the human body. Zinc functions as a structural, catalytic, and regulatory cofactor for more than 300 enzymes and numerous transcription factors involved in cellular physiology.