TECHNOLOGY FOCUS - INORGANIC CHEMISTRY - Preferred Composition: The combination (II) further comprises clay-humus-complexes. Preferred Components: The biocatalyst is present in colloidal form and/or as nano-suspension. The mixed layer clay mineral complex contains layer portion from smectite type (20-90%), illite type (30-90%), kaolinite type (10-70%), vermiculite type (10-70%) and/or chlorite type (10-70%). The mixed layer clay minerals are present in the form of granules. The amount of thiocyanate or selenocyanate or selenite in the biocatalyst is 0.001-5%, preferably less than 1%. Water molecules in the layer gap of the mixed layer are replaced by neutral organic molecules, so that hydrophobic pockets are developed. Preferred Process: The homogenous suspension is displaced with a heavy metal solution (preferably manganese, iron, copper and/or zinc salts) and/or with a selenite solution and the displaced solution is flocculated by the addition of dispersing agent. The homogeneous suspension is mixed with further natural silicates (preferably stone powder, preferably the by-products resulting during the processing of magmatic and metamorphic rocks) and/or with iron-rich minerals (preferably siderite) and/or with calcium carbonates (preferably lime or chalk) or with amorphous clay minerals. The quartz-poor homogeneous suspension is cleaved to mixed-layer nano-particles, where a high pressure split homogenization is used. The dried raw materials rich mixed layer (preferably with a residual moisture of less than 10%) are milled in an intensive milling machine (preferably crusher and/or mill, tumbling mill, planetary mill, screen ball mill, vibration mill, ring-roller mill, impact crusher, impact hammer mill, preferably hammer crusher) and during the milling procedure, inorganic thiocyanate and/or heavy metal compounds or hydrophobizing agents (e.g. hydrazine, urea, acid amide, fatty acids) of glycerin and/or mineral materials for feedstuff are added. The method of producing combination (II) further comprises: mixing micro- or nano-particles in an intensive mixer with the biocatalyst and granulating the obtained product. The biocatalyst is bonded with further clay minerals to the humic acid over ligand exchange and/or by intercalation in intermediate layers and/or by polymerization of phenolic compounds and/or mixed with composite and/or with turf.    TECHNOLOGY FOCUS - POLYMERS - Preferred Components: The biocatalyst is mixed in a mixer comprising organic polymers, preferably with polymer acrylic acid derivative, preferably with acrylamide/acrylic acid-copolymers. In the biocatalyst, polymers of alkyl-ammonium compounds, preferably with poly-dimethyl-ammonium chloride are kneaded to obtain the cation exchange capacity, or the biocatalyst is reacted with solution of alkyl-ammonium salts, where a surplus of the alkyl ammonium salts are avoided. ACTIVITY - Antidote; Gastrointestinal-Gen; Metabolic; Immunostimulant; Fertilizer; Plant Growth Stimulant; Anabolic. No biological data given.    MECHANISM OF ACTION - None given.    EXAMPLE - A natural mineral rich mixed layer (comprising quartz (24%), kaolinite (11%), feldspar (5%), mixed layer (comprising montmorillonite and illite in a ratio of 70:30) (57%), and other minerals (calcite, dolomite, pyrite and siderite) (3%)), water and dispersing agents (sodium thiocyanate, potassium thiocyanate) were added in a homogenous suspension. This formulation was denoted as thin suspension contains the biocatalyst in diluted form. The biocatalyst was flocculated from the thin suspension by the further addition of sodium thiocyanate or potassium thiocyanate to form biocatalyst in colloidal form and/or as nano-suspension.