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    • Clinically tested
    • Cell-based
    • Natural Ingredients
    • Vegan
    • Made in Switzerland

    SCIENCE & RESEARCH

    Scientifically developed Advanced Cellular Nutrition.

    NooQ™ combines specifically selected food nucleotides with modern findings from cell biology, regeneration research, and mitochondrial health – to support energy production, cell repair, and adaptation to stress.

    The human body renews billions of cells every day. Particularly during physical exertion, stress, lack of sleep, or as part of natural aging processes, the demand for building blocks for cell division, tissue repair, and immune function increases.

    NooQ™ is based on current scientific findings on how targeted Advanced Cellular Nutrition can support the body's own regeneration and adaptation processes.

    SCIENTIFIC BASIS

    Why Nucleotides are Biologically Relevant.

    NooQ™ combines specifically selected nutritional nucleotides with modern findings from cell biology, regeneration research, and mitochondrial health – to support energy production, cell repair, and stress adaptation.

    Nucleotides are fundamental building blocks of life. They are required for DNA and RNA synthesis, cell communication, and energy transfer within cells. Tissues with a high regeneration rate, such as the intestines, immune system, muscles, skin, and nervous system, particularly benefit from an adequate supply.

    Under high physical or mental stress, the body's own demand can temporarily increase. Scientific studies suggest that supplementary intake of nucleotides can support regenerative processes, immune function, and cellular adaptation to stress.

    AREAS OF IMPACT

    Where nucleotides act biologically.

    Nucleotides at the cellular level
    • Brain & Sleep

      Mental performance, stress regulation, and regeneration

    • immune system

      Rapid cell regeneration and immunological balance

    • muscles

      Cellular Repair, Protein Synthesis, and Stress Adaptation

    • Gut health

      Mucosal regeneration and intestinal barrier

    • skin

      Cell division, tissue renewal, and stress adaptation

    • Bones & Joints

      Tissue Integrity and Repair Mechanisms

    CELL VIABILITY

    Cell viability and regenerative capacity.

    Cell viability describes the ability of cells to efficiently provide energy, regenerate, and respond to physical or oxidative stress.

    Scientific studies show evidence that nucleotide supplementation may be associated with improved cellular activity, regenerative capacity, and mitochondrial function.

    SELECTED STUDIES

    • Gene-Morales et al.

      Nutrients, 2025 — Dietary Nucleotides Enhance Neurogenesis, Cognitive Capacity, Muscle Function

    • Wang et al.

      Advanced Science, 2025 — Nucleotides as an Anti-Aging Supplement (TALENTs study)

    MODE OF ACTION · THREE MODES OF ACTION

    Three cellular principles.

    NooQ™ acts along three central mechanisms of cell biology—the provision of energy, the renewal of tissues, and repair under stress.

    1. Energize

      NooQ™ was developed to support the natural energy production of your cells. By specifically supplying regeneration-active tissues with essential cell building blocks, mitochondrial energy production, physical stress adaptation, and mental performance are supported.

    2. Renew

      Cell renewal is the foundation of biological regeneration. NooQ™ supports processes involved in DNA and RNA synthesis, cell division, and tissue renewal – central mechanisms for adaptability, regeneration, and long-term resilience.

    3. Repair

      The body is daily exposed to oxidative stress as well as microbial and mechanical strains. NooQ™ supports cellular repair processes and natural regenerative capacity by supplying key biological building blocks for cell function and tissue renewal.

    Tagesformel

    The science behind NooQ™ in a daily formula.

    NooQ™ combines scientifically selected nucleotides in an advanced formula to support regeneration, cell function, and adaptation to stress.

    RESEARCH · GEROSCIENCE

    Nucleotide Research in the Context of Modern Longevity Science.

    Modern longevity research describes biological aging as an interplay of several interconnected processes. A central reference framework is the 12 Hallmarks of Aging.

    AND Biotech, the parent company of NooQ™, conducts research in this context on how nucleotides can be scientifically classified, further developed, and translated into robust human applications along these biological mechanisms. The focus is on processes such as cell repair, genomic stability, mitochondrial function, inflammatory balance, and metabolic resilience.

    THE 12 HALLMARKS OF AGING

    1. Genomic instabilityDNA damage and reduced repair capacity.
    2. Telomere shorteningDecreased cell division capacity.
    3. Epigenetic changesAltered gene regulation in aging.
    4. Loss of proteostasisDeclining control over protein folding and degradation.
    5. Impaired macroautophagyReduced cellular recycling processes.
    6. Dysregulated nutrient sensingAltered metabolic and growth signals.
    7. Mitochondrial DysfunctionDecreasing energy efficiency of the cells.
    8. Cellular SenescenceEnrichment of functionally altered cells.
    9. Stem cell exhaustionReduced tissue regeneration capacity.
    10. Intercellular communicationDisrupted signaling pathways between cells and organs.
    11. Chronic inflammationLow-grade, persistent inflammatory processes.
    12. DysbiosisAge-associated changes in the microbiome.