It is disclosed a pharmaceutical and/or phytosanitary composition comprising an aqueous extract of Chelidonium majus root and an acceptable pharmaceutical or phytosanitary excipient for the prevention or treatment of nail infections. The composition may further comprise an aqueous extract of Thuja occidentalis leaf; and from about 1 to 5% of at least one natural phenolic compound. The composition is efficient in the treatment of plant infection (mildew fungus, blight fungus, etc); the treatment of intumescence of a plant; the treatment of potatoes (powdery or common scab, Rhizoctonia, etc), and also allows a higher crop yield: without the use of a chemical fungicide. The composition also allows rapid treatment of fungus infection of nails.

It is disclosed a pharmaceutical and/or phytosanitary composition comprising an aqueous extract of Chelidonium majus root and an acceptable pharmaceutical or phytosanitary excipient for the prevention or treatment of nail infections. The composition may further comprise an aqueous extract of Thuja occidentalis leaf; and from about 1 to 5% of at least one natural phenolic compound. The composition is efficient in the treatment of plant infection (mildew fungus, blight fungus, etc); the treatment of intumescence of a plant; the treatment of potatoes (powdery or common scab, Rhizoctonia, etc), and also allows a higher crop yield: without the use of a chemical fungicide. The composition also allows rapid treatment of fungus infection of nails.

An antimicrobial composition of coniferous resin acids and solvent, such as alcohol, water, and an auxiliary solvent selected from E and P series glycol ethers is disclosed. The method for manufacturing of the antimicrobial composition is also disclosed, where in the first step coniferous resin acids, alcohol, auxiliary solvent and water are provided; in the second step alcohol is mixed with water; in the third step coniferous resin acids, auxiliary solvent, as well as optionally a wetting agent, water and/or a pH regulator are added into the alcohol-water solution from second step, and mixed until clear; in the fourth step the antimicrobial composition is optionally packaged and/or diluted to obtain an alcoholic antimicrobial composition with coniferous resin acid concentrations more than 0.01 weight-%. The disclosure relates further to the use of the antimicrobial composition as disinfectant for inanimate and/or living surfaces.

An antimicrobial composition of coniferous resin acids and solvent, such as alcohol, water, and an auxiliary solvent selected from E and P series glycol ethers is disclosed. The method for manufacturing of the antimicrobial composition is also disclosed, where in the first step coniferous resin acids, alcohol, auxiliary solvent and water are provided; in the second step alcohol is mixed with water; in the third step coniferous resin acids, auxiliary solvent, as well as optionally a wetting agent, water and/or a pH regulator are added into the alcohol-water solution from second step, and mixed until clear; in the fourth step the antimicrobial composition is optionally packaged and/or diluted to obtain an alcoholic antimicrobial composition with coniferous resin acid concentrations more than 0.01 weight-%. The disclosure relates further to the use of the antimicrobial composition as disinfectant for inanimate and/or living surfaces.

An antimicrobial composition of coniferous resin acids and solvent, such as alcohol, water, and an auxiliary solvent selected from E and P series glycol ethers is disclosed. The method for manufacturing of the antimicrobial composition is also disclosed, where in the first step coniferous resin acids, alcohol, auxiliary solvent and water are provided; in the second step alcohol is mixed with water; in the third step coniferous resin acids, auxiliary solvent, as well as optionally a wetting agent, water and/or a pH regulator are added into the alcohol-water solution from second step, and mixed until clear; in the fourth step the antimicrobial composition is optionally packaged and/or diluted to obtain an alcoholic antimicrobial composition with coniferous resin acid concentrations more than 0.01 weight-%. The disclosure relates further to the use of the antimicrobial composition as disinfectant for inanimate and/or living surfaces.

A protective coating for applying to a plant's foliage, branches and trunk for protecting against environmental stresses is formulated by combining a paint powder with at least one insect repellant oil and at least one rodent repellant oil in a water as a diluent. The paint base protects the plant against abiotic stresses by reflecting sun rays, mitigating damage caused by summer sunburn and winter sunscald, and retaining heat. The insect repellant oil and rodent repellant oil protect the plant against biotic stresses. The protective coating once assembled in an aqueous medium, is applied to the plant. The paint powder, when activated with water, has been specifically formulated to encapsulate the added oils and offer a gradual release of active ingredients that repels insects and rodents over several months under ideal conditions. The novel coating is united by a tacky binder material made from acid treated and methyl chloride rinsed methylcellulose. Reapplication of product may be needed sooner if exposed to excessive sunlight, heat and rainfall.

A protective coating for applying to a plant's foliage, branches and trunk for protecting against environmental stresses is formulated by combining a paint powder with at least one insect repellant oil and at least one rodent repellant oil in a water as a diluent. The paint base protects the plant against abiotic stresses by reflecting sun rays, mitigating damage caused by summer sunburn and winter sunscald, and retaining heat. The insect repellant oil and rodent repellant oil protect the plant against biotic stresses. The protective coating once assembled in an aqueous medium, is applied to the plant. The paint powder, when activated with water, has been specifically formulated to encapsulate the added oils and offer a gradual release of active ingredients that repels insects and rodents over several months under ideal conditions. The novel coating is united by a tacky binder material made from acid treated and methyl chloride rinsed methylcellulose. Reapplication of product may be needed sooner if exposed to excessive sunlight, heat and rainfall.

A protective coating for applying to a plant's foliage, branches and trunk for protecting against environmental stresses is formulated by combining a paint powder with at least one insect repellant oil and at least one rodent repellant oil in a water as a diluent. The paint base protects the plant against abiotic stresses by reflecting sun rays, mitigating damage caused by summer sunburn and winter sunscald, and retaining heat. The insect repellant oil and rodent repellant oil protect the plant against biotic stresses. The protective coating once assembled in an aqueous medium, is applied to the plant. The paint powder, when activated with water, has been specifically formulated to encapsulate the added oils and offer a gradual release of active ingredients that repels insects and rodents over several months under ideal conditions. The novel coating is united by a tacky binder material made from acid treated and methyl chloride rinsed methylcellulose. Reapplication of product may be needed sooner if exposed to excessive sunlight, heat and rainfall.

Herbicidal and pest-control compositions are variously described, including soaps as well as free fatty acids as active ingredients. The disclosed compositions may be constituted in a concentrated form, or the composition may be further diluted for application. Herbicidal compositions of the disclosure may be employed to selectively target unwanted vegetation without a systemic mode of action, and may be used to control a wide variety of unwanted plants, e.g., weeds, woody brush, trees, and/or grasses, in a locus that contains or is susceptible to emergence thereof.

Herbicidal and pest-control compositions are variously described, including soaps as well as free fatty acids as active ingredients. The disclosed compositions may be constituted in a concentrated form, or the composition may be further diluted for application. Herbicidal compositions of the disclosure may be employed to selectively target unwanted vegetation without a systemic mode of action, and may be used to control a wide variety of unwanted plants, e.g., weeds, woody brush, trees, and/or grasses, in a locus that contains or is susceptible to emergence thereof.