SRW 2-HOBA - 2-Hydroxybenzylamine 60 Capsules
SRW
$99.00
Out of stock
2-HOBA supports the body's response to oxidative stress for healthy aging
2-HOBA is unique in that it supports the cells defences against the molecules that are produced as a result of oxidative stress and free radical damage (reactive carbonyl species). All without affecting healthy levels of free-radicals, that the cells require to function normally.
2-HOBA supports healthy aging, DNA integrity, brain function, immune health and circulatory system health.
2-HOBA (HobamineTM) is a natural molecule discovered in Himalayan Tartary Buckwheat. Himalayan Tartary Buckwheat has been used traditionally for many generations.
2-HOBA provides a way to support the body's natural defences against oxidative stress from free radicals in the body. 2-HOBA acts as a reactive carbonyl scavenger.
SRW® 2-HOBA is backed by SRW's Science Advisory Board and has been developed in partnership with Dr. Naji Abumrad. Dr. Abumrad collaborated with the founders of Hobamine™ to research the potential benefits of this ingredient in relation to aging, resulting in several issued patents.
2-HOBA contains the patented ingredient 2-HOBA (Hobamineâ„¢):â†' High dose (200mg per day)â†' Formulated, encapsulated and bottled in New Zealandâ†' Tested for safety and qualityâ†' Contents protected from stomach acid in delayed release capsules
TAPS no:Â BG2299, BG2244
Active Ingredients: Serving Size:Â 2 CapsulesÂ
Servings Per Container:Â 30
Â
2-HOBA (hobamineâ„¢) 200 mg
Â
Other ingredients:Â Microcrystalline cellulose, Magnesium stearate, Silicon dioxide, Delayed release HPMC vege capsules.
Dosage: Take 2 capsules in the morning with food or as directed by your healthcare practitioner.
Warnings: For adults only. Keep out of reach of children. Stop using and see your healthcare professional if an adverse reaction occurs. Consult your practitioner if pregnant or breastfeeding. Do not use if seal and/or cap is broken or missing.
Due to the dosage, it is not recommended to take SRW 2-HOBA 200mg with Cel1 Stability