Physiological CSTC Circuit
Physiological Cognitive Control
OXIPASSIVE®
Glutamatergic Dysregulation in Obsessive-Compulsive Disorder
Supporting adjunctive neuro-redox homeostasis to target Cortico-Striato-Thalamo-Cortical (CSTC) pathway hyperactivity.
- Protect the Cell
- Restore Neuro-Redox Homeostasis
- Support Healthy CSTC Circuit Function
Executive Snapshot
Primary Biological Targets
- Glutamatergic Dysregulation
- Endogenous Glutathione
- Oxidative Neurobiological Stress
- Neuronal Resilience
- Neuroplasticity
Disease Biology
CSTC Circuitry & Obsessive-Compulsive Loop
Physiological CSTC signaling coordinates behavioral inhibition and cognitive flexibility. In OCD, dysregulated glutamatergic signaling within CSTC circuits may contribute to persistent circuit hyperactivity, impaired cognitive control, and maladaptive obsession-compulsion patterns.
Hyperactive CSTC Circuit
⚠ Loss of Cognitive Control
Glutamatergic Dysregulation Pathway
↑ Glutamatergic Dysregulation
↓ Endogenous Glutathione
↓ Adaptive Neuroplasticity
Persistent Obsession-Compulsion Loop
Patient Selection
Identifying the Candidate for Adjunctive Neuro-Redox Support
Appropriate Patient
- Moderate / Severe OCD
- Persistent OCD despite SSRI
- Partial Response
Clinical Setting
- ERP ± Pharmacotherapy
- Augmentation Candidate
Disease Status
- Residual Symptoms
- Functional Impairment
Clinical Role
Adjunctive Neuro-Redox Support
Neuro-Redox Intervention in CSTC Circuit Dysfunction
Intracellular Synergistic Synthesis Pathway
N-Acetyl-L-Cysteine (NAC)
- Support of physiological glutamate regulation
- Reduction of CSTC glutamatergic dysregulation
Reduction of oxidative neurobiological stress- Support of endogenous neuro-redox homeostasis
- Support of physiological CSTC function
Glycine
- Supports physiological NMDA receptor function
- Supports adaptive neuroplasticity
- Supports cognitive flexibility
- Reinforces physiological CSTC signaling
- Supports neuronal resilience
Disease-Specific Biological Intervention Flow
Persistent CSTC Hyperactivity
Glutamatergic Dysregulation
Obsessions
Compulsions
Oxipassive® (NAC + Glycine)
Adaptive Neuroplasticity
Resilience
Support of Cognitive Flexibility
Support of OCD Management
Clinical Positioning
Adjunctive Neuro-Redox Support Boundaries
Biological Targets
- Glutamate
- Endogenous GSH
- Neuroplasticity
- Neuroinflammation
- CSTC Stability
Objectives
- Restore Glutamate Homeostasis
- Enhance Neuroplasticity
- Improve Neuronal Resilience
- Support Standard OCD Management
Clinical Boundaries
Adjunctive Neuro-Redox Platform integrated with standard OCD management.
Key Scientific References
Clinical Pearl
Emerging evidence suggests that Neuro-Redox modulation may also contribute to improvement of oxidative stress associated anxiety symptoms
Human Randomized Controlled Trial (2023)PMID: 37386885
NAC and Vitamin D in Treatment-Resistant OCD.
Current Pharmaceutical Design (2018), General Review
Exploratory Randomized Controlled Trial
Adjunctive Glycine in OCD (J Psychiatr Res 2009)
GlyNAC Synthesis Trial, J Gerontol A (2023)