Redensyl Hair follicle mode of Action

  • makes your stem cells more efficient, activating the growth phase of your hair cycle more quickly, enabling a longer growth cycle.
  • stimulation of the HFDPc papilla dermal fibroblasts to promote hair growth
  • reduction of inflammation, adjusting the hair care environment
  • Natural sources to reduce the burden on the body

Redensyl® Hair follicle mode of Action

  • makes your stem cells more efficient, activating the growth phase of your hair cycle more quickly, enabling a longer growth cycle.
  • stimulation of the HFDPc papilla dermal fibroblasts to promote hair growth
  • reduction of inflammation, adjusting the hair care environment
  • Natural sources to reduce the burden on the body

Three steps to wakes up the hair stem cells to generate a new growth phase of all the hair

Deeply nourish hair follicles to wake up dormant step of bulge cells
Provides the nutrients needed for hair cells to activate new hair cycles 

GLYCINE

is one of the major amino acids that makes up hair proteins, associated primarily with keratin favouring hair growth

ZINC

is an important co-factor for many enzymes, favouring the incorporation of cystine in the keratin for stronger hair.

EGCG2

reduces the typical inflammatory condition of alopecic scalp and capture free radicals.

DHQG

promotes the division of hair follicle stem cells, and keeps its different properties. It protects the cells from apoptosis and leads them to the anagen cycle while increasing fibroblasts metabolism of the dermal papilla.

Clinical Assessment

VOLUNTEERS

  • 26 men aged 18 to 70 years old
  • Brown to dark hair
  • Qualified for a grade 3 to 4 alopecia (Norwood scale)
  • With minimum 150 hair/cm2 and 40 telogen hair/ cm2

PROTOCOL

  • Double blind clinical trial versus a placebo
  • 50% of volunteers received the placebo
  • 50% received the formula with 3% Redensyl®
  • Applying the formula once a day
  • Under the control of a dermatologist.
  • Period of the test: autumn

Redensyl inspired from regenerative medicine

  • 3 years of fundamental research
  • 2 patented molecules (DHQG and EGCG2)
  • 1 green chemistry manufacturing process
  • 1 full set of genetic analysis to decipher the mode of action
  • 1 research collaboration with the world reference laboratory of Dr Philpott
  • Perfectly safety at 100%