Provided are compositions comprising a bee-derived component and a marine plasma, and methods of preparation thereof, in particular wherein the bee-derived component comprises or is derived from zabrus. These compositions may be used in the treatment or prevention of disease, especially bacterial, viral, fungal, and/or parasitic diseases.

Provided are compositions comprising a bee-derived component and a marine plasma, and methods of preparation thereof, in particular wherein the bee-derived component comprises or is derived from zabrus. These compositions may be used in the treatment or prevention of disease, especially bacterial, viral, fungal, and/or parasitic diseases.

Provided are compositions comprising a bee-derived component and a marine plasma, and methods of preparation thereof, in particular wherein the bee-derived component comprises or is derived from zabrus. These compositions may be used in the treatment or prevention of disease, especially bacterial, viral, fungal, and/or parasitic diseases.

The process for manufacturing collagen and trace elements from sea water consists of various steps which are raw material preparation, resting of raw material, preliminary filtration to remove heavy metals, deodorize and purity remaining impurities, spraying of water, separation of heavy metals, collagen and trace elements from water and separation of collagen and trace elements. The process according to this invention, apart from sea water, can be applied to other type of salt water by adjusting the salinity and density of the water to an optimal value. The process according to this invention yields clean and purified collagen which is easily absorbed by human body and contains numerous types of trace elements.

The process for manufacturing collagen and trace elements from sea water consists of various steps which are raw material preparation, resting of raw material, preliminary filtration to remove heavy metals, deodorize and purity remaining impurities, spraying of water, separation of heavy metals, collagen and trace elements from water and separation of collagen and trace elements. The process according to this invention, apart from sea water, can be applied to other type of salt water by adjusting the salinity and density of the water to an optimal value. The process according to this invention yields clean and purified collagen which is easily absorbed by human body and contains numerous types of trace elements.

The process for manufacturing collagen and trace elements from sea water consists of various steps which are raw material preparation, resting of raw material, preliminary filtration to remove heavy metals, deodorize and purity remaining impurities, spraying of water, separation of heavy metals, collagen and trace elements from water and separation of collagen and trace elements. The process according to this invention, apart from sea water, can be applied to other type of salt water by adjusting the salinity and density of the water to an optimal value. The process according to this invention yields clean and purified collagen which is easily absorbed by human body and contains numerous types of trace elements.

A seawater mineral extract derived from seawater having a salinity of from 3.4% Brix to 3.6% Brix, wherein the seawater mineral extract comprises a mineral salt content of at least 20% of the overall seawater extract.

A seawater mineral extract derived from seawater having a salinity of from 3.4% Brix to 3.6% Brix, wherein the seawater mineral extract comprises a mineral salt content of at least 20% of the overall seawater extract.

The biocidal textile support includes bronopol in the dry state present on the surface of the support and having a contact biocidal action, the bronopol being linked to the support by a photo-crosslinkable or photo-polymerizable binder, and its use as an element of a device for protecting against biological risks. A biocidal suit or garment and a mask, preferably antibacterial or antiviral, including such a biocidal support, are also described.

The biocidal textile support includes bronopol in the dry state present on the surface of the support and having a contact biocidal action, the bronopol being linked to the support by a photo-crosslinkable or photo-polymerizable binder, and its use as an element of a device for protecting against biological risks. A biocidal suit or garment and a mask, preferably antibacterial or antiviral, including such a biocidal support, are also described.