An edible enterosorbent containing a treated enterosorbent, wherein the treated enterosorbent comprises a parent sorbent that has been acid and/or lecithin treated, and wherein the treated sorbent is operable for adsorption of one or more toxins from a gastrointestinal tract of a living being when introduced thereto, such that a bioavailability of and exposure of the living being to the one or more toxins is decreased. Methods of making and utilizing the edible enterosorbent are also provided.

A digestive supplement is disclosed that mitigates adverse reactions caused by food allergens. The digestive supplement also assists in the enhancement of digestive health of mono-gastric mammals. The mammals include but are not limited to companion animals and humans.

A digestive supplement is disclosed that mitigates adverse reactions caused by food allergens. The digestive supplement also assists in the enhancement of digestive health of mono-gastric mammals. The mammals include but are not limited to companion animals and humans.

The disclosure relates to compositions beneficial for ruminant administration. Particularly, the disclosure provides compositions formulated for ruminants that comprise beneficial microbes.

The disclosure relates to compositions beneficial for ruminant administration. Particularly, the disclosure provides compositions formulated for ruminants that comprise beneficial microbes.

The present invention relates to improved formulations of propandiol mononitrate and derivatives thereof as well as to the production of such formulations.

The present invention relates to improved formulations of propandiol mononitrate and derivatives thereof as well as to the production of such formulations.

A pet food comprising protein, curdlan and an adsorptive agent is provided; as is a process of preparing the pet food.

A pet food comprising protein, curdlan and an adsorptive agent is provided; as is a process of preparing the pet food.

Metallic oxides nanoparticles are stably adsorbed on silicate clay (such as nanosilicate platelets, NSPs) to form the metallic oxide/silicate clay nano-composite. The metallic oxides nanoparticles may be ZnO, CuO, Fe.sub.3O.sub.4, MgO or CaO. Optionally, silver nanoparticles are also adsorbed on the silicate clay for applications. Different from polymer dispersants, the silicate clay has high surface area and charge density so that the metallic oxides are not wrapped and thus perform better bactericidal efficacies.