The present disclosure relates to a method for preventing or reducing cannabaceae biomass decomposition during storage by packaging an amount of the biomass in a flexible film of gas impervious material to provide a cannabaceae biomass package which is impermeable to gases.

The present device relates to a tube for containing a curable composition, which is coupled with a cap to seal the curable composition for nail art from the outside, including a body part having a first space therein and extending in a longitudinal direction thereof, a tapering part coupled to one end of the body part, having a second space communicating with the first space therein, and extending in a direction away from the body part along the longitudinal direction, an end part coupled to an end of the tapering part, and a head part including a discharge member which is coupled to the other end, which is opposite to the one end, of the body part and through which the curable composition for nail art is discharged and a coupling member coupled with the cap. Here, at least one of the body part and the tapering part includes a layer member having five layers to prevent light or heat from being introduced into the first space or the second space from the outside.

Disclosed in the present invention is a packaging composite material comprising polarizing films, the packaging composite material comprising: a polarizing layer, comprising two or more layers of polarizing film, wherein polarization directions of at least two layers of polarizing film have an included angle which is not 0°. The packaging composite material of the present invention has a simple structure, strong light-blocking properties, a high light-blocking rate, and a broad-spectrum light-blocking effect. Also disclosed in the present invention are the use of the packaging composite material in packaging, and the use of the packaging composite material in a label. When used as packaging or a label, the packaging composite material can extend the shelf life of products which need to be stored in the dark.

Disclosed in the present invention is a packaging composite material comprising polarizing films, the packaging composite material comprising: a polarizing layer, comprising two or more layers of polarizing film, wherein polarization directions of at least two layers of polarizing film have an included angle which is not 0°. The packaging composite material of the present invention has a simple structure, strong light-blocking properties, a high light-blocking rate, and a broad-spectrum light-blocking effect. Also disclosed in the present invention are the use of the packaging composite material in packaging, and the use of the packaging composite material in a label. When used as packaging or a label, the packaging composite material can extend the shelf life of products which need to be stored in the dark.

It is provided that a film for packaging and a packaging bag that can suppress diffusion of odor to hold the twisted state even after placing an object at the center of a film, wrapping the object, twisting the upper part of the object and leaving it for a certain time. The film of the present invention is the film for packaging comprising a resin film, wherein the twist holding angle is 400 degrees or more.

It is provided that a film for packaging and a packaging bag that can suppress diffusion of odor to hold the twisted state even after placing an object at the center of a film, wrapping the object, twisting the upper part of the object and leaving it for a certain time. The film of the present invention is the film for packaging comprising a resin film, wherein the twist holding angle is 400 degrees or more.

A card-based package for sensitive food products, comprises a container portion defining an interior space with a base and a sidewall extending to an upper peripheral edge for receiving a removable seal for hermetically sealing the container portion prior to use. The package further comprises a lid structure, that can open and close to allow selective access to the interior space after removal of the seal. The container portion and the lid structure are both formed of card-based material and at least the container portion has light, oxygen, and water vapour barrier properties sufficient for storage of the product for a period exceeding 24 months.

A card-based package for sensitive food products, comprises a container portion defining an interior space with a base and a sidewall extending to an upper peripheral edge for receiving a removable seal for hermetically sealing the container portion prior to use. The package further comprises a lid structure, that can open and close to allow selective access to the interior space after removal of the seal. The container portion and the lid structure are both formed of card-based material and at least the container portion has light, oxygen, and water vapour barrier properties sufficient for storage of the product for a period exceeding 24 months.

The invention refers to an injectable antioxidant formulation for intravenous use comprising sodium ascorbate in high dosage as a first antioxidant agent, N-acetyl cysteine as a second oxidant agent and deferoxamine as an iron chelating agent, plus pharmaceutically acceptable excipients. And an administration method of said formulation that results in a synergic and improved effect to prevent injury due to reperfusion in an organ. In particular, to prevent injury due to early and late reperfusion in patients diagnosed with acute myocardium infarction and indication of primary coronary angioplasty. The invention further refers to the use of the formulation to prevent injury due to reperfusion in patients with acute myocardium infarction, subjected to primary coronary angioplasty.

The invention refers to an injectable antioxidant formulation for intravenous use comprising sodium ascorbate in high dosage as a first antioxidant agent, N-acetyl cysteine as a second oxidant agent and deferoxamine as an iron chelating agent, plus pharmaceutically acceptable excipients. And an administration method of said formulation that results in a synergic and improved effect to prevent injury due to reperfusion in an organ. In particular, to prevent injury due to early and late reperfusion in patients diagnosed with acute myocardium infarction and indication of primary coronary angioplasty. The invention further refers to the use of the formulation to prevent injury due to reperfusion in patients with acute myocardium infarction, subjected to primary coronary angioplasty.