This doTERRA Free Membership Promotion is open to Singapore non-doTERRA Members.
New Members who enroll ONLINE with at least 150PV will be entitled for FREE Membership, worth S$45. The Membership fee will be shown as ‘business introductory package’ at checkout order page.
Any request for refunds are subject to doTERRA’s refund policy in accordance with the Policies and Procedures.
doTERRA reserves the right to amend any of the terms and conditions without prior notice.
200PV 255 PV PromotionComfort You Can Count On
Details
200PV 255 PV Promotion
Promotion Details:
Place a single 200PV order
Earn a FREE Deep Blue® 5 mL and Deep Blue® Rub
Upgrade your single order to 255PV
Earn a FREE Deep Blue® 5 mL, Deep Blue® Rub and Copaiba 15 mL
MetaPWR Mito2Max Energy & Stamina Complex is a proprietary formula of standardized plant extracts and metabolic cofactors that support healthy cellular energy production. Research suggests the ingredients in MetaPWR Mito2Max may help improve stamina and decrease fatigue.
Studies show the chemical component pyrroloquinoline quinone (PQQ) in MetaPWR Mito2Max may support mental cognition and memory. It can also promote mitochondrial biogenesis to support energy production at the cellular level. According to emerging clinical research, the acetyl-L-carnitine (ALC) and coenzyme Q10 in
MetaPWR Mito2Max may support energy production and mitochondrial and cardiovascular health.
Delivered in sodium lauryl sulfate–free vegetable capsules, MetaPWR Mito2Max Energy & Stamina Complex has no harmful stimulants and doesn't contain milk or wheat products or any ingredients made from animal products.
Directions for use
Take 2 capsules daily with food. Refrain from using before going to sleep.
Cautions
Primary Benefits
Supplies a proprietary blend that promotes energy through healthy mitochondrial function and metabolism
Reduces fatigue and improves physical energy and performance
Supports cognitive abilities, including memory
May act as an antioxidant and support cardiovascular and circulatory health
May assist metabolic adaptation in diverse activities