MAG Sport Support Recovery Soak

Magnesium is the master mineral for recovery — and 75% of Americans are deficient. Every workout, every stress response, every poor night of sleep depletes it faster than diet alone can replenish.

Transdermal Magnesium: The Absorption Shortcut

Oral magnesium supplements pass through digestive processing that limits absorption. The Zenvora MAG Recovery Soak delivers magnesium transdermally — directly through the skin during a warm bath soak — bypassing the gut and reaching muscle tissue and the nervous system with significantly higher bioavailability. Formulated specifically for athletes and high-performers who need rapid muscle recovery and neurological downregulation after training.

• High-Concentration Magnesium Sulfate — Clinical-grade Epsom salt base provides direct magnesium delivery to fatigued muscle tissue, reducing soreness, cramping, and recovery time.
• GABA Pathway Activation — Magnesium directly supports GABA neurotransmitter production — the brain's primary "off switch" — enabling faster transition from wired post-workout state to deep sleep.
• Lactic Acid Clearance — Warm mineral immersion increases circulation and lymphatic drainage, accelerating metabolic waste removal from worked muscle groups.
• Cortisol Half-Life Reduction — Magnesium competes with cortisol at the cellular level, helping terminate the stress hormone cycle that blocks recovery and delays sleep.
• Joint & Connective Tissue Support — Mineral ions penetrate periarticular tissue, reducing inflammation and supporting joint lubrication post-training.

Your Post-Workout Recovery Protocol

Within 60 min of training: Dissolve in warm bath (not hot — excessive heat elevates cortisol), soak for 20 minutes to maximize transdermal uptake.
Rest day protocol: Use as a weekly deep-recovery ritual to maintain baseline magnesium levels and support parasympathetic tone.
Pre-sleep use: Evening soaks 90 minutes before bed combine the thermal sleep-onset trigger with magnesium's GABA support for optimized sleep architecture.