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Research Journals

Keyora Nutritional Neurology – Magnesium Glycinate · Episode (5): The Midnight War: Nocturnal Hyper-Arousal & Sleep Architecture
Mechanisms of Sedation: How Magnesium Glycinate modulates NMDA receptor activity to dampen Cortical Excitability and facilitate the transition to Deep Wave Sleep
DOI: 10.13140/RG.2.2.30872.66563
Keyora Nutritional Neurology – Magnesium Glycinate · Episode (4): The Hijacked Command: Systemic Modulation of Neural Excitability
A Keyora Guide to the Neurochemistry of the Stressed Achiever, and the Stabilizing Architecture of Magnesium Glycinate
DOI: 10.13140/RG.2.2.15868.19846
Keyora Nutritional Neurology – Magnesium Glycinate · Episode (3): The Magnesium Matrix: A Definitive Clinical Guide for the High-Stress
Why Bioavailability, Mechanism, and Synergism Dictate Neurological Outcomes - A Keyora Research Deep Dive
DOI: 10.13140/RG.2.2.24256.80649
Keyora Nutritional Neurology – Magnesium Glycinate · Episode (2): The Spark of Life: A Clinically-Evidenced Look at Magnesium’s Role as Your Body’s Master Regulator
Moving Beyond Muscle Cramps to Uncover Magnesium’s Critical Function in Your Neural, Metabolic, and Endocrine Systems
DOI: 10.13140/RG.2.2.21215.93607
Keyora Nutritional Neurology – Magnesium Glycinate · Episode (1): The Trust Algorithm: Why We Chose ‘Research First’ in an Age of Information Chaos
An Introduction to the Keyora Research Notes Series, Our Manifesto on Scientific Transparency and Empowering the Educated Consumer
DOI: 10.13140/RG.2.2.25384.02561
Diagram showing Cortisol Memory Lock and Retrieval Block mechanism. High stress triggers Adrenal Hijack, causing Prefrontal Cortex to freeze access to hippocampal data. Keyora Systems Biology Visual.
Keyora Nutritional Neurology: Ashwagandha – The Clinical Matrix(6)The Menopause Protocol: Hypothalamic Thermoregulation & Glymphatic Support
Targeting Vasomotor Instability & Cognitive Fatigue. A mechanistic review of how Ashwagandha modulates the HPA axis to stabilize the "Internal Thermostat" and optimize neural waste clearance.
DOI: 10.13140/RG.2.2.21399.43681
Diagram showing Cortisol Memory Lock and Retrieval Block mechanism. High stress triggers Adrenal Hijack, causing Prefrontal Cortex to freeze access to hippocampal data. Keyora Systems Biology Visual.
Keyora Nutritional Neurology: Ashwagandha – The Clinical Matrix(5)The Menopause Protocol: Neuro-Endocrine Adaptation & Adrenal Resilience
Navigating the "Ovarian-Adrenal Handoff": How to Mitigate Neural Volatility and Support Emotional Stability via Ashwagandha’s HPA Buffering
DOI: 10.13140/RG.2.2.15527.41128
Diagram showing Cortisol Memory Lock and Retrieval Block mechanism. High stress triggers Adrenal Hijack, causing Prefrontal Cortex to freeze access to hippocampal data. Keyora Systems Biology Visual.
Keyora Nutritional Neurology: Ashwagandha – The Clinical Matrix(4)The Sleep Architecture Protocol: N3 Deep Wave Restoration & Glymphatic Clearance
Targeting "Non-Restorative Sleep": How Ashwagandha modulates GABAergic pathways to extend Slow-Wave Sleep and optimize neural waste removal
DOI: 10.13140/RG.2.2.36145.03680
Diagram showing Cortisol Memory Lock and Retrieval Block mechanism. High stress triggers Adrenal Hijack, causing Prefrontal Cortex to freeze access to hippocampal data. Keyora Systems Biology Visual.
Keyora Nutritional Neurology: Ashwagandha – The Clinical Matrix(3)The Insomnia & Sleep Initiation Protocol
Dismantling Hyperarousal: Targeting Sleep Latency and Maintenance via Ashwagandha’s Cortisol Gating and the Keyora Stabilization Matrix.
DOI: 10.13140/RG.2.2.19367.82082
Diagram showing Cortisol Memory Lock and Retrieval Block mechanism. High stress triggers Adrenal Hijack, causing Prefrontal Cortex to freeze access to hippocampal data. Keyora Systems Biology Visual.
Keyora Nutritional Neurology: Ashwagandha – The Clinical Matrix(2)Anxiety & Nervous Tension Protocol
Targeting Hyperarousal via GABA/NMDA Modulation, Sympathetic Buffering, and the Keyora 8-in-1 Synergistic Matrix
DOI: 10.13140/RG.2.2.31557.51685

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