Described herein are methods and compositions that can be applied to personal cleaning, oral care, deodorant and hard surface cleaning applications, including liquid soap, foaming soap, liquid dishwashing detergent, shower gel, shampoo, emulsified deodorant, mouthwash, toothpaste and facial cleanser, in order to reduce or eliminate microbes on a surface or body part.

Described herein are methods and compositions that can be applied to personal cleaning, oral care, deodorant and hard surface cleaning applications, including liquid soap, foaming soap, liquid dishwashing detergent, shower gel, shampoo, emulsified deodorant, mouthwash, toothpaste and facial cleanser, in order to reduce or eliminate microbes on a surface or body part.

Compositions and methods for killing or inhibiting the growth of pathogenic fungi. A composition includes water, a solubilizer, and an essential oil extracted from one or more of lemongrass, cassia, eucalyptus, ajowan, clove leaf, or oregano.

Compositions and methods for killing or inhibiting the growth of pathogenic fungi. A composition includes water, a solubilizer, and an essential oil extracted from one or more of lemongrass, cassia, eucalyptus, ajowan, clove leaf, or oregano.

The present invention relates to a concentrated emulsion of essential oils and to applications thereof, suitable for controlling and treating diseases caused by pathogens in plants and fruits.

The present invention relates to a concentrated emulsion of essential oils and to applications thereof, suitable for controlling and treating diseases caused by pathogens in plants and fruits.

The invention refers to a mechanical and universally effective insect barrier, which is a composition, comprising microparticles having an outer shell, comprising shellac or a tree resin, and an inner matrix, comprising beeswax and at least one insect and/or arachnid repellent; and an adhesion promoting agent, its use for protecting plants or subjects against insects and arachnids and a method for producing the microparticles.

The invention refers to a mechanical and universally effective insect barrier, which is a composition, comprising microparticles having an outer shell, comprising shellac or a tree resin, and an inner matrix, comprising beeswax and at least one insect and/or arachnid repellent; and an adhesion promoting agent, its use for protecting plants or subjects against insects and arachnids and a method for producing the microparticles.

The instant invention refers to nanosystems comprising nanocomposites for adsorption or support of natural extracts; a process for the preparation thereof; formulations containing thereof, as well as a nanomaterial that adsorbs one or more essential oils in its surface. Specially, one object of the invention is the encapsulation of natural extracts, i.e., essential oils and/or natural pure bioactive compounds and optionally terpenoid, sesquiterpenoid, diterpenoid, sesterterpenoid, triterpenoid, carotenoid, and ricinoid compounds; complementary acids, and polysaccharides; vitamins, and other organic compounds, in mesoporous materials for application in different industries such as food, agricultural, veterinary, aquacultural, pharmaceutical, cosmetic, cleaning, sanitizing, and disinfection industries, as well as in medicine.

The instant invention refers to nanosystems comprising nanocomposites for adsorption or support of natural extracts; a process for the preparation thereof; formulations containing thereof, as well as a nanomaterial that adsorbs one or more essential oils in its surface. Specially, one object of the invention is the encapsulation of natural extracts, i.e., essential oils and/or natural pure bioactive compounds and optionally terpenoid, sesquiterpenoid, diterpenoid, sesterterpenoid, triterpenoid, carotenoid, and ricinoid compounds; complementary acids, and polysaccharides; vitamins, and other organic compounds, in mesoporous materials for application in different industries such as food, agricultural, veterinary, aquacultural, pharmaceutical, cosmetic, cleaning, sanitizing, and disinfection industries, as well as in medicine.