Focused Study Synergy staring Rosemary Essential Oil
Focused Study Synergy Intention: A bright, herbaceous, invigorating synergy for 12 years of age+ to awaken the senses, support focus and concentration for studying whilst lifting mood. Formulation: · 1.50g (30%) Rosemary, ct camphor (Rosmarinus officinalis) · 1.25g (25%) Spike Lavender (Lavandula latifolia) · 1.00g (20%) Peppermint (Mentha x piperita) · 1.25g (25%) Lemon (Citrus limon) Place all the essential oils into a sterilized 5ml amber glass orifice reducer bottle and mix well. Allow the essential oils to synergize with each other for at least 24 hours. To make an Inhaler Stick: · 0.7g (10 drops) of Synergy · 1 Blank Inhaler stick. Pour the designated synergy amount into a small glass or ceramic sterilized bowl. Place a blank organic cotton wick into the bowl to soak up the essential oils for a minute. Using tweezers, pick up and place the cotton wick into the inhaler stick and secure with the closure cap. To use the inhaler aroma in each nostril when needed. To make a 2.11% Roller Ball: · 0.2g (4 drops) Synergy · 10ml Jojoba oil Mix and pour into the roller ball. Allow to synergize for 24 hours before using. Apply to the pulse points of the wrists. Inhaler. Diffuser: Add no more than 5 drops into a water-based diffuser and set the timer for 15-30 minutes max, then off for 1-2 hours before turning back on if needed for the same diffusion time. Why these Oils were chosen: Rosemary ct. camphor: · Traditionally used to support mental clarity, memory retention, recall, and concentration. · How it works is that rosemary essential oil is a cholinergic agent that prevents the breakdown of key neurotransmitters and increases brain-boosting activity via inhalation. It interacts with and inhibits acetylcholine breakdown due to rosemary's high 1,8-cineole content (23.38%), a known acetylcholinesterase inhibitor. Acetylcholine is essential for processing, memory, and concentration, so by inhibiting the enzymes that break it down, rosemary keeps high levels of this neurotransmitter active in the brain, a similar mechanism to how some pharmaceutical drugs are given to dementia patients.