Recent in Active (page 4 of 14)
Nov 25, 2014
Silab has debuted an anti-aging active that reduces modification of the epigenome with time to allow cutaneous cells to better respond to stress and live longer.
Nov 12, 2014
Seppic has introduced an active that encourages skin to produce more melanin to pigment the skin. Sepisun Flash (INCI: Not Provided) was designed to produce a bronzed effect on the skin throughout the year without sun exposure.
Nov 5, 2014
At in-cosmetics Asia 2014, Induchem launched spherical beads that instantly improve skin imperfections while whitening skin.
Oct 29, 2014
At the IFSCC Congress 2014 in Paris, BASF unveiled an extract of the bambara pea that rejuvenates the epidermis for a more youthful appearance.
Sep 30, 2014
Lipotec, a Lubrizol company, has introduced an active that fights cellulite at night.
Aug 28, 2014
Cutaneous pigmentation is determined by melanogenesis, the transfer of melanosomes to keratinocytes, and the distribution of melanin to skin, among other processes. Interrupting these would limit skin pigmentation to achieve a better skin lightening effect. Here, the authors review the biological mechanisms of melanin production, then test a peptide designed to act on them for a lightening effect.
Jul 16, 2014
Greentech has designed an active to fight underarm odor while maintaining skin microbiome homeostasis.
Jul 9, 2014
Silab has introduced a seaweed extract that limits cellular and tissue damage caused by glycation and Advanced Glycation End Products (AGEs).
May 21, 2014
Lipotec has developed a topical marine-derived ingredient for increased metabolism and body slimming effects.
May 6, 2014
Active ingredients to treat under-eye circles, body odor, skin dryness and dandruff, as well as 'green' skin care butters, are among several new offerings from Greentech.
Feb 26, 2014
At in-cosmetics in Hamburg, Mibelle Biochemistry will launch an anti-aging active derived from algae that is able to grow on glaciers and permanent snow.
Feb 24, 2014
The complex process of skin melanogenesis renders many opportunities to identify novel means of controlling skin pigmentation. Here, novel methods of skin lightening via tyrosinase inhibition and targeting melanosome maturation are discussed.