Abstract: A pharmaceutical composition comprising at least one algae, wherein said algae is adapted to increase the efficacy of an enzymatic inhibitor.

Abstract: A formulation comprising large quantities of l-arginine and/or fat plaque dissolving agents which is palatable, stench free, and does not evoke nausea. The formulation is adapted to facilitate the adsorption of l-arginine to the blood system and to introduce high levels of l-arginine and/or other fat plaque dissolving agents such as EDTA, its derivatives or its salts into the blood system which are sufficient for effectively dissolving fat plaques in the artery. The formulation comprises at least 10% (w/w) L-arginine, edible organic acids, emulsifier(s), preservatives, flavorings, ethanol and water.

Abstract: The present invention provides a Monodisperse Polymer Particles (MPP) adapted to release alkoxy groups by means of a hydrolyser, such that Monodisperse Bioactive Polymer Particles (MBPP) are obtained in vivo. The MBPP are characterized by (a) at least one naturally occurring or synthetic long molecular chain consisting of biologically stable backbones optionally crosslinked, further characterized by a molecular weight of at least 1 KD, comprising between 10 to 1,000,000 repeated covalently-linked small molecules with a functionality of at least one alkoxy releasing group per molecule; (b) a long dimension between 0.1 and 10 micrometers; and, (c) a zeta potential value of 30 to 130 mV at pH of about 7.0. The MBPP alter, inhibit, activate, induce or otherwise affect biological or chemical events in vivo.