Dr. Joe's Optimal Adrenal Support

Stress is defined as any disturbance–extreme cold or heat, psychological stress, sleep deprivation, work overload, physical trauma, as well as toxic exposure- that can trigger the stress response. The body’s stress response system is comprised of the hypothalamic-pituitary-adrenal (HPA) axis. Prolonged stress triggers the HPA axis and consists of three stages: stage 1: alarm; stage 2: resistance; and stage 3: exhaustion. The initial, short-lived phase (the alarm phase) is the body’s normal fight-or-flight response to danger which is characterized by elevated cortisol levels. The next phase, the resistance phase, allows the body to continue buffering extended stress exposure, long after the initial fight-or-flight response has dissipated. Hormones released by the adrenals, such as cortisol and DHEA, help support the "resistance" reaction. However, extended periods of stress not only burden the system, creating an imbalance in cortisol and DHEA production, but can result in mental and physical fatigue, nervous tension, irritability, and poor memory- all of which are characteristic of stage 3. Optimal Adrenal Support provides a unique blend of botanicals and micronutrients that support the adrenal glands as well as the body’s ability to respond to and counteract the negative effects of stress. Dr. Joe's Optimal Adrenal Support includes a blend of key micronutrients and adaptogenic botanicals specifically formulated to strengthen the body’s stress response and support healthy energy levels. Optimal Adrenal Support provides targeted amounts of vitamin C, pantothenic acid, and other B vitamins that are critical to adrenal gland function. It also provides a unique blend of "stress adapting botanicals" which help increase the body’s resistance to fatigue and maintain balanced cortisol and DHEA levels.

• Improves stress resilience
• Supports healthy energy levels
• Strengthens the body's stress response
• Improves mental and physical performance
• Helps maintain a balanced cortisol-to-DHEA ratio