抗ポリュ―ジョン 結論
過去 10 年間、 伴い、
しわの発生、 ど、
産業開発の容赦ない増大に
かつてないほどのピークに達しました。 したが って、 レス、
環境および大気汚染物質への暴露は、 皮膚は、
ROS の形成を通じて、 皮膚の斑点の形成、 効果的な表皮バリア機能損失な さまざまな悪影響を引き起こす可能性の
ある多数の潜在的に有毒な物質の影響を受 けています。
Kalilightは、 グルタチオンやシステインなどの
既知の抗酸化分子で官能化されたバイオミメ ティック ミネラル ヒドロキシアパタイトで構成 される活性剤です。 この複合体は、
アパタイトの機能的送達システムの特性と、
新的な作用を発揮します。 この活性成分は、 ってROSを減らし、 リアシステムを強化し、 美白作用 領域）
ヒドロキシ 安
定化されたグルタチオンおよびシステインの作 用によって決定される相乗効果に基づいて、
革
遍在する 生物学的作用によ 脂質過酸化を防ぎ、
（特に関連する色素沈着過剰のある で皮膚のシミや変色を大幅に減らし、
Kalilight コンプレックスは、 リスクの主な
要因に対する予防と直接的な活動の両方の 観点から、
参考文献 1. Mistry N. Guidelines for Formulating Anti-
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www.personalcaremagazine.com
バランスの取れた皮膚 そ
の明るさと 輝きを改善します。 実施された研究と観察された客観化に照らし て、
汚染関連の皮膚損傷を処置するた
めの斬新で革新的な多機能ソリューションを 表しています。
PC
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2023年5月 PERSONAL CARE 使用前 使用後 Figure 7: Kalilight activity @3% versus comparison cream: UV scan images 皮膚バ 使用前
Figure 6: Kalilight 活性 @3%: Fotofinder 画像 T° = 治療前
使用後 酸化スト より暗い色素沈着、 T° = 治療前 T1 = 6 週間後
91
T1 = 6 週間後
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