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Der ORY Unterschied - Medizinische Qualität steht bei uns an erster Stelle.

Zertifiziert in Laboren

Nutzen Sie die Zertifizierung in Laboren für überlegene Produktqualität.

Entwickelt von Experten

Professionell entwickelte Produkte basierend auf jahrelanger Praxiserfahrung.

Wissenschaftlich fundiert

Präzise und zuverlässige Diagnosetests bequem zu Hause durchführen

Individuelle Ganzheitliche Diagnostik

Ursachen erkennen, Potenzial entfalten, für deine innere Balance und Regeneration.

Was ist der Unterschied zwischen einer Serum-Mineralstoffanalyse beim Hausarzt und einer Vollblut-Mineralstoffanalyse?

Der Unterschied liegt vor allem in der Aussageebene der Messung:

  • Serum-Analyse (Hausarzt / Standard-Labor):
    Hier werden Mineralstoffe im Serum, also im flüssigen Anteil des Blutes, bestimmt. Diese Werte zeigen die aktuelle Konzentration im Blutkreislauf, die vom Körper streng reguliert wird. Dadurch können funktionelle Defizite auf Zellebene trotz normaler Serumwerte unentdeckt bleiben.
  • Vollblut-Analyse:
    Bei der Vollblutdiagnostik werden Mineralstoffe im gesamten Blut inklusive der Blutzellen (intrazellulär) gemessen. Dies gibt zusätzliche Hinweise darauf, wie gut Mineralstoffe tatsächlich in den Zellen verfügbar sind und für Stoffwechselprozesse genutzt werden.
  • Warum das relevant ist:
    Viele zentrale Prozesse wie Energieproduktion, Enzymaktivität und Zellfunktion finden innerhalb der Zellen statt. Die Vollblutanalyse kann daher eine erweiterte Beurteilung der Mineralstoffversorgung auf zellulärer Ebene ermöglichen.

Kurz zusammengefasst:

  • Serum: zeigt die aktuelle Konzentration im Blut
  • Vollblut: zeigt zusätzlich die Versorgung auf Zellebene

Scientific findings about neurotransmitters

The ORY Analysis Neurotransmitter Tryptophan Metabolism Test examines a variety of health-relevant parameters that are essential for the function of the central nervous system and tryptophan metabolism. This test analyzes the conversion of tryptophan to serotonin, an important neurotransmitter responsible, among other things, for regulating mood and sleep. An imbalance in this process can indicate disorders that are often associated with psychological symptoms such as depression and anxiety.

In addition, the activity of specific enzymes and cofactors necessary for the breakdown and conversion of tryptophan, as well as methylation processes that play a role in neurotransmitter production, are checked. The test also evaluates the function of mitochondria, which are responsible for energy production in cells, as well as the overall stress level and associated physiological effects. This comprehensive analysis makes it possible to develop personalized therapy to support neurochemical balance and promote overall well-being.

Development of tryptophan metabolism

Taking a urine sample as a self-test at home allows for easy and safe testing. The test can measure various health parameters such as catecholamines and neurotransmitters, which provide information about personal levels of stress and fatigue. Everything needed for sample collection is included in the test kit, eliminating the need for a visit to the doctor. The collection instructions are clear and understandable, making the entire process easy to follow even for laypeople. The collected sample is then securely sent to the laboratory for detailed analysis.

Once the lab results are available, the user receives a comprehensive results report via email, providing in-depth insights into their current health status. This allows for the identification of any imbalances and the development of appropriate treatment approaches. The process is not only simple and user-friendly, but also ensures that users receive valuable information to improve their personal health in the comfort of their own home. Additionally, they have access to professional health advice if further questions or specific health concerns arise.

Benefits for body and mind

The Neurotransmitter Tryptophan Metabolism Plus Test offers significant benefits for body and mind by providing detailed insights into essential physiological processes. This urine test examines key diagnostic parameters such as tryptophan metabolism and serotonin production, which are crucial for mood regulation and stress management. The test also assesses the activity of enzymes in the gut responsible for the breakdown of tryptophan and measures cofactors such as vitamins B6, B12, and B3, which are essential for neurotransmitter metabolism.

- A comprehensive approach to stress regulation

- Early identification of dysfunctions

- Support in the development of targeted therapeutic approaches

Furthermore, the test helps evaluate mitochondrial functional capacity and identify potential oxidative or nitrosative stress factors that may have negative effects on energy production and overall well-being. The test results enable personalized therapy aimed at providing optimal support to the body and restoring neurotransmitter balance. This can lead to improved well-being and mental health by helping to effectively alleviate stress symptoms such as fatigue and exhaustion.

FAQs

Please read our FAQs page to find out more.

The package contains a home urine test including a results report that examines catecholamines, neurotransmitters, mitochondrial activity, active metabolites, enzyme activities and co-factors.

The Neurotransmitter Tryptophan Metabolism Plus Test is intended to be used to gain detailed insights into neurotransmitter metabolism, to develop therapeutic measures and to identify and specifically treat neuroendocrine imbalances.

When used as directed, no side effects are known. If you experience any individual intolerances or allergies, discontinue use and consult a physician. The 8-hydroxydeoxyguanosine test is for analysis purposes only and is not intended for the diagnosis or treatment of any disease.

The test should not be performed by persons under 18 years of age without adult supervision. If you have a serious medical condition, please consult a physician before performing the test. Individuals who are already under medical care or taking medications that may affect oxidative stress should consult their physician before using the test.

Serotonin: Regulates mood, anxiety, and sleep; low levels are linked to depression and anxiety disorders. Many antidepressants (SSRIs) increase serotonin in the brain.
Norepinephrine: Promotes energy, motivation, and stress response; a deficiency leads to fatigue and depressive symptoms. NDRIs target this.
Dopamine: Part of the reward system; low dopamine levels cause anhedonia (inability to feel pleasure), often seen in depression.
Adrenaline (Epinephrine): Hormone and neurotransmitter for fight-or-flight responses; an imbalance can contribute to chronic stress and anxiety, which can worsen depressive symptoms.
Glutamate: Most important excitatory neurotransmitter for learning and memory; overactivity can lead to neurotoxicity and is a target for new therapies in depression and anxiety disorders.
GABA (Gamma-aminobutyric acid): Main inhibitory neurotransmitter; calms the brain. A deficiency promotes anxiety, panic attacks, and depression. Many tranquilizers and some antidepressants increase GABA activity.

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