Infini’tea™ biofunctional

Chemistry: Biofunctionals

INCI: camellia sinensis leaf extract

ultra fresh tea serum for a peaceful and balanced skin inspired by neurocosmetics and yoga

Recommended use level: 0.3 to 1% (in vivo test at 1%)

infini’tea™ biofunctional is a unique, ultra-fresh tea serum extracted from live Camellia sinensis tea leaves using Ashland’s proprietary zeta fraction™ technology.

infini’tea™ biofunctional provides formulators with a solution to restore a peaceful balance inspired by neurocosmetics and the ceremonial ritual of tea to restore the homeostasis of young, fresh and relaxed looking skin.

key benefits and features

  • neurocosmetic solution to calm and sooth the skin
  • cosmetic solution inspired by yoga, sun do and meditation
  • first detox concept for monosodium glutamate excitotoxin
  • helps limit the damage of UV
  • helps decrease ex vivo the expression of melanin
  • reduces the appearance of redness and fine lines; increases skin luminosity
  • fresh, natural, pure and minimally processed tea serum from patented zeta fraction™ technology
  • unique composition with superior level of L-theanine and anti oxidants than green and black tea
  • tea leaves sourced and manufactured utilizing low environment impact practices

dual approach to skin relaxation

Ashland has explored 2 pathways inspired by neurocosmetic science, to research the calming and soothing properties of infini’tea:

  • the competition of theanine against the glutamate excitotoxin
  • the skin expression of BDNF.

Infini’tea is up to 10 times more concentrated in theanine than green or black tea. Theanine is known to act as an antagonist to glutamate found in industrial food, an excitotoxin that has been described to be responsible of worsening skin problems such as eczema.

BDNF, the Brain Derived Neurotrophic Factor is shown to decrease in different inflammatory states of the skin such as atopic dermatitis and psoriasis. The application of infini’tea, similarly to the practice of yoga helps to increase the expression of this factor in the skin.

 

  

 

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