Compositions and articles comprising a non-woven matrix for use as anti-microbial filters are provided. In some embodiments, the non-woven matrix comprises nanofibers suitable for capturing a droplet comprising a microbe (e.g. a virus particle). In some embodiments, the non-woven matrix comprises a biocide suitable for reducing propagation and/or inactivating a microbe.

Compositions and articles comprising a non-woven matrix for use as anti-microbial filters are provided. In some embodiments, the non-woven matrix comprises nanofibers suitable for capturing a droplet comprising a microbe (e.g. a virus particle). In some embodiments, the non-woven matrix comprises a biocide suitable for reducing propagation and/or inactivating a microbe.

A composition having molecular iodine in combination with a polyol can be used for control and treatment of microbes and infections on biological and non-biological surfaces. Compositions have a combination of molecular iodine (I2) and an acceptable source of iodate (IO3), and a buffering acid (inorganic or organic), in combination with a polyol in an amount of 3-50% by weight. The present compositions can also have prebiotic and probiotic properties on biological surfaces and membranes for the control and treatment of infection as well as the support of growth of commensal microbes and the control of pathogenic microbes.

A composition having molecular iodine in combination with a polyol can be used for control and treatment of microbes and infections on biological and non-biological surfaces. Compositions have a combination of molecular iodine (I2) and an acceptable source of iodate (IO3), and a buffering acid (inorganic or organic), in combination with a polyol in an amount of 3-50% by weight. The present compositions can also have prebiotic and probiotic properties on biological surfaces and membranes for the control and treatment of infection as well as the support of growth of commensal microbes and the control of pathogenic microbes.

A method for cleaning medical equipment by scrubbing the equipment with an open-cell melamine-formaldehyde foam comprising an antibacterial active composition, and wherein the open-cell melamine-formaldehyde foam is prepared from a melamine-formaldehyde precondensate, wherein the molar ratio melamine to formaldehyde of the melamine-formaldehyde precondensate is smaller than 0.5.

A method for cleaning medical equipment by scrubbing the equipment with an open-cell melamine-formaldehyde foam comprising an antibacterial active composition, and wherein the open-cell melamine-formaldehyde foam is prepared from a melamine-formaldehyde precondensate, wherein the molar ratio melamine to formaldehyde of the melamine-formaldehyde precondensate is smaller than 0.5.

A, a method of coating a facial mask is disclosed: providing a container; adding chlorophyll in a range of 1000 mg to 5000 mg into the container; providing organic glycerin to the chlorophyll to form a first mixture; providing salt to the first mixture to form a second mixture; providing a plurality of natural stabilizers to the second mixture to form a third mixture with a certain viscosity based on a facial mask; providing drying agents to the third mixture to form a fourth mixture; providing water to the fourth mixture to form a fifth mixture; providing sodium copper to the fifth mixture to form a sixth mixture; providing isotonic water to the sixth mixture to form a seventh mixture; providing alfalfa to the seventh mixture to form an eighth mixture; providing kosher vegetable glycerin to the eighth mixture to form a ninth mixture; providing the facial mask to be soaked in the ninth mixture for a plurality of hours; drying the facial mask for at least an hour to form a coating on the facial mask; placing the coated facial mask over a face a person wherein the person breathes in Oxygen; and activating the chlorophyll and the organic glycerin when the person breathes out CO2 through the facial mask to prevent a virus from infecting the person.

A, a method of coating a facial mask is disclosed: providing a container; adding chlorophyll in a range of 1000 mg to 5000 mg into the container; providing organic glycerin to the chlorophyll to form a first mixture; providing salt to the first mixture to form a second mixture; providing a plurality of natural stabilizers to the second mixture to form a third mixture with a certain viscosity based on a facial mask; providing drying agents to the third mixture to form a fourth mixture; providing water to the fourth mixture to form a fifth mixture; providing sodium copper to the fifth mixture to form a sixth mixture; providing isotonic water to the sixth mixture to form a seventh mixture; providing alfalfa to the seventh mixture to form an eighth mixture; providing kosher vegetable glycerin to the eighth mixture to form a ninth mixture; providing the facial mask to be soaked in the ninth mixture for a plurality of hours; drying the facial mask for at least an hour to form a coating on the facial mask; placing the coated facial mask over a face a person wherein the person breathes in Oxygen; and activating the chlorophyll and the organic glycerin when the person breathes out CO2 through the facial mask to prevent a virus from infecting the person.

An insect control device is provided for controlling insects in a household garbage receptacle used in an outdoor or semi-outdoor environment. The insect control device includes an outer housing with gas-flow apertures therein, a quantity of a gas-releasing insect poison contained within the housing, and an adhesive attaching element for securing the housing to an inner surface of a closed or lidded household garbage receptacle. Gas released by the insect poison flows out of the housing through the gas-flow apertures to permeate the air inside the enclosed garbage containment area and kill insects therein while the adhesive element keeps the device securely in place within the garbage receptacle and out of the reach of children and pets during both use and emptying of the receptacle.

An insect control device is provided for controlling insects in a household garbage receptacle used in an outdoor or semi-outdoor environment. The insect control device includes an outer housing with gas-flow apertures therein, a quantity of a gas-releasing insect poison contained within the housing, and an adhesive attaching element for securing the housing to an inner surface of a closed or lidded household garbage receptacle. Gas released by the insect poison flows out of the housing through the gas-flow apertures to permeate the air inside the enclosed garbage containment area and kill insects therein while the adhesive element keeps the device securely in place within the garbage receptacle and out of the reach of children and pets during both use and emptying of the receptacle.