Abstract: Cosmetic methods for obtaining a slimming effect are disclosed. The methods include providing a composition containing a carob (Ceratonia siliqua L.) seed extract and caffeine or a derivative of caffeine as a slimming active agent and a physiologically acceptable medium, and topically applying the composition on at least a portion of the body or face. The topical application of the composition includes the application of an effective amount of the composition that increases the expression of aquaglyceroporins, increase lipolysis, promotes the elimination of lipids, reduces localized excess body fat, and/or attenuates the “orange peel” appearance of the skin.

Abstract: Cosmetic methods for obtaining a slimming effect are disclosed. The methods include providing a composition containing a carob (Ceratonia siliqua L.) seed extract and caffeine or a derivative of caffeine as a slimming active agent and a physiologically acceptable medium, and topically applying the composition on at least a portion of the body or face. The topical application of the composition includes the application of an effective amount of the composition that increases the expression of aquaglyceroporins, increase lipolysis, promotes the elimination of lipids, reduces localized excess body fat, and/or attenuates the “orange peel” appearance of the skin.

Abstract: The invention relates to active principles which are capable of inducing the conversion of inactive TGFb-Latent into active TGFb. The invention relates in particular to the use of such an extract for the manufacture of a composition for increasing the concentration of active TGFb1 in the skin, notably in the dermis. The present invention also relates to the uses which are derived from said use, as well as to cosmetic or pharmaceutical compositions which comprise said extract.

Abstract: The invention relates to active principles which are capable of inducing the conversion of inactive TGFb-Latent into active TGFb. The invention relates in particular to the use of such an extract for the manufacture of a composition for increasing the concentration of active TGFb1 in the skin, notably in the dermis. The present invention also relates to the uses which are derived from said use, as well as to cosmetic or pharmaceutical compositions which comprise said extract.

Abstract: The present invention relates to gelled emulsion particles obtained when predetermined volumes, especially drops, of an emulsion with an aqueous external phase, containing an appropriate reagent in solution in the said aqueous phase, are added to a gelling solution and left therein for a period of time which depends on the degree of gelling desired for the said particles.It further relates to compositions--especially solutions, gels or emulsions with an aqueous external phase--in which the said particles are present.

Abstract: The present invention relates to gelled emulsion particles obtained when predetermined volumes, especially drops, of an emulsion with an aqueous external phase, containing an appropriate reagent in solution in the said aqueous phase, are added to a gelling solution and left therein for a period of time which depends on the degree of gelling desired for the said particles.It further relates to compositions--especially solutions, gels or emulsions with an aqueous external phase--in which the said particles are present.

Abstract: The present invention relates to gelled emulsion particles obtained when predetermined volumes, especially drops, of an emulsion with an aqueous external phase, containing an appropriate reagent in solution in the said aqueous phase, are added to a gelling solution and left therein for a period of time which depends on the degree of gelling desired for the said particles. It further relates to compositions-especially solutions, gels or emulsions with an aqueous external phase-in which the said particles are present.