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Biosil Technologies, Inc.

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Biosil Technologies, Inc. is a global supplier of specialty ingredients for Personal Care and Cosmetics applications. Biosil offers an extensive list of innovative ingredients for formulations in skin care, hair care, and color cosmetics. Key products include complex esters and fluoroesters, marine cell algal concentrates, natural actives, peptides, silanols, and silicone delivery systems.
5 Results
ALBATIN® Biosil Technologies, Inc.
  • INCI Name:
    Aminoethylphosphinic Acid (and) Butylene Glycol (and) Aqua
ALBATIN® is a solution of 1-aminoethylphosphinic acid, or Ala-P (phosphinic analogue of alanine), melanogenesis inhibitor, stable in aqueous solution. Cosmetic uses include skin lightening products and anti age-spots products.
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LIGHTOCEANE® Biosil Technologies, Inc.
  • INCI Name:
    Halidrys Siliquosa Extract (and) Aqua
LIGHTOCEANE® exhibits complementary potentialities at several levels of the melanogenesis cascade and can successfully down-regulate skin pigmentation. - Before melanin synthesis, it reduces the release of nitric oxide that is an important melanogenic med...view more LIGHTOCEANE® exhibits complementary potentialities at several levels of the melanogenesis cascade and can successfully down-regulate skin pigmentation. - Before melanin synthesis, it reduces the release of nitric oxide that is an important melanogenic mediator. - During melanin synthesis, it inhibits the activity of tyrosinase and the synthesis of melanin. - After melanin synthesis, it inhibits the dendricity of melanocytes and controls the transfert of melanosomes to keratinocytes. view less
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LIGHTOCEANE® EL Biosil Technologies, Inc.
  • INCI Name:
    Halidrys Siliquosa Extract (and) Aqua
LIGHTOCEANE® EL exhibits complementary potentialities at several levels of the melanogenesis cascade and can successfully down-regulate skin pigmentation. - Before melanin synthesis, it reduces the release of nitric oxide that is an important melanogenic ...view more LIGHTOCEANE® EL exhibits complementary potentialities at several levels of the melanogenesis cascade and can successfully down-regulate skin pigmentation. - Before melanin synthesis, it reduces the release of nitric oxide that is an important melanogenic mediator. - During melanin synthesis, it inhibits the activity of tyrosinase and the synthesis of melanin. - After melanin synthesis, it inhibits the dendricity of melanocytes and controls the transfert of melanosomes to keratinocytes. view less
Compliance Highlights Available
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LIGHTOCEANE® G 40 Biosil Technologies, Inc.
  • INCI Name:
    Halidrys Siliquosa Extract (and) Aqua
LIGHTOCEANE® G 40 exhibits complementary potentialities at several levels of the melanogenesis cascade and can successfully down-regulate skin pigmentation. - Before melanin synthesis, it reduces the release of nitric oxide that is an important melanogeni...view more LIGHTOCEANE® G 40 exhibits complementary potentialities at several levels of the melanogenesis cascade and can successfully down-regulate skin pigmentation. - Before melanin synthesis, it reduces the release of nitric oxide that is an important melanogenic mediator. - During melanin synthesis, it inhibits the activity of tyrosinase and the synthesis of melanin. - After melanin synthesis, it inhibits the dendricity of melanocytes and controls the transfert of melanosomes to keratinocytes. view less
Compliance Highlights Available
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LIGHTOCEANE® G 40 - EL Biosil Technologies, Inc.
  • INCI Name:
    Halidrys Siliquosa Extract (and) Aqua
LIGHTOCEANE® G 40 - EL exhibits complementary potentialities at several levels of the melanogenesis cascade and can successfully down-regulate skin pigmentation. - Before melanin synthesis, it reduces the release of nitric oxide that is an important melan...view more LIGHTOCEANE® G 40 - EL exhibits complementary potentialities at several levels of the melanogenesis cascade and can successfully down-regulate skin pigmentation. - Before melanin synthesis, it reduces the release of nitric oxide that is an important melanogenic mediator. - During melanin synthesis, it inhibits the activity of tyrosinase and the synthesis of melanin. - After melanin synthesis, it inhibits the dendricity of melanocytes and controls the transfert of melanosomes to keratinocytes. view less
Compliance Highlights Available
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