TRME REALMe ZA

TRME RealMe is a dietary supplement designed to strengthen your body balance routine by maintaining liver health. Although there are many ways to improve your physical and mental well-being, did you know that a healthy liver can have a significant impact on your overall health? As the largest gland in the human body, the liver plays a crucial role in various metabolic processes, including fat metabolism.

We highlight:

- Prevents the accumulation of fat in the liver*
- Provides support for the balance of the body


RealMe contains Curcuma longa, known as curcumin, which prevents the accumulation of fats and facilitates their breakdown, a process that occurs in the liver. For consumption, it is recommended to take 2 capsules once a day with the food of your choice.

Main Ingredients:

• 
  - Curcuma Longa: This spice, also known as turmeric, has been traditionally used in various cultures for its beneficial health properties.
  
  - Extract of leaves of the moringa tree: Native to northern India, this extract, obtained from the leaves of the moringa tree, is an important nutritional source.
  
  - Curry leaf extract: Sourced from the tropical or subtropical Murraya koenigii tree, curry leaves are an essential aromatic ingredient in Indian cuisine.
  
  TRME RealMe supports your quest for body balance by maintaining liver health, thanks to its quality ingredients carefully selected, such as Curcuma longa extract.

• ACTIVE INGREDIENTS

  Moringa oleifera Lam. (Horse radish tree) [leaf, extract 6-10:1 providing 1 620-2700 mg of dried herb equivalent] - 270 mg Murraya koenigii (L.) Spreng (curry) [leaf, extract 6-8:1 providing 810- 1 080 mg of dried herb equivalent] - 135 mg Curcuma longa L. (tumeric) [rhizome, extract 60- 70:1 providing 2 700 - 3150 mg of dried herb equivalent] - 45 mg
  

  OTHER INGREDIENTS

  Capsule shell, magnesium stearate, microcrystalline cellulose, silicon dioxide
  
  
  *These claims are subject to confirmation and are based on Curcuma longa extract to prevent fat accumulation and facilitate its breakdown in the liver.