[Object] To provide a method for producing an absorbent article comprising a fiber assembly layer of a cellulose acetate fiber, which can sufficiently apply a drug to the cellulose acetate fiber.

[Solution] The present invention provides a method for producing an absorbent article, wherein the absorbent article comprises: a fiber assembly layer including a cellulose acetate fiber, and a member including a water absorbent fiber and directly disposed on the fiber assembly layer, the method comprises: a first step of opening a cellulose acetate tow and collecting a cellulose acetate fiber to form a fiber assembly layer; a second step of spreading a drug aqueous solution on the fiber assembly layer; and a third step of mounting the member on the surface where the drug aqueous solution has been spread of the fiber assembly layer, and the drug aqueous solution contains an antibacterial agent and/or a deodorizer, and a surfactant.

[Object] To provide a method for producing an absorbent article comprising a fiber assembly layer of a cellulose acetate fiber, which can sufficiently apply a drug to the cellulose acetate fiber.

[Solution] The present invention provides a method for producing an absorbent article, wherein the absorbent article comprises: a fiber assembly layer including a cellulose acetate fiber, and a member including a water absorbent fiber and directly disposed on the fiber assembly layer, the method comprises: a first step of opening a cellulose acetate tow and collecting a cellulose acetate fiber to form a fiber assembly layer; a second step of spreading a drug aqueous solution on the fiber assembly layer; and a third step of mounting the member on the surface where the drug aqueous solution has been spread of the fiber assembly layer, and the drug aqueous solution contains an antibacterial agent and/or a deodorizer, and a surfactant.

[Object] To provide a method for producing an absorbent article comprising a fiber assembly layer of a cellulose acetate fiber, which can sufficiently apply a drug to the cellulose acetate fiber.

[Solution] A method for producing an absorbent article, wherein the absorbent article comprises: a fiber assembly layer including a cellulose acetate fiber, and a member including a water absorbent fiber and directly disposed on the fiber assembly layer, and the method comprises: a first step of opening a cellulose acetate tow and collecting a cellulose acetate fiber to form a fiber assembly layer, a second step of spreading a fiber solvent on the fiber assembly layer and drying the fiber assembly layer; a third step of spreading a drug aqueous solution containing an antibacterial agent and/or a deodorizer on the surface where the fiber solvent has been spread of the fiber assembly layer; and a fourth step of mounting the member on the surface where the drug aqueous solution has been spread of the fiber assembly layer.

[Object] To provide a method for producing an absorbent article comprising a fiber assembly layer of a cellulose acetate fiber, which can sufficiently apply a drug to the cellulose acetate fiber.

[Solution] A method for producing an absorbent article, wherein the absorbent article comprises: a fiber assembly layer including a cellulose acetate fiber, and a member including a water absorbent fiber and directly disposed on the fiber assembly layer, and the method comprises: a first step of opening a cellulose acetate tow and collecting a cellulose acetate fiber to form a fiber assembly layer, a second step of spreading a fiber solvent on the fiber assembly layer and drying the fiber assembly layer; a third step of spreading a drug aqueous solution containing an antibacterial agent and/or a deodorizer on the surface where the fiber solvent has been spread of the fiber assembly layer; and a fourth step of mounting the member on the surface where the drug aqueous solution has been spread of the fiber assembly layer.

An absorbent article having a topsheet of particular configuration and composition is disclosed. The topsheet may be a laminate web having an upper layer of polymer film, directly bonded to a lower layer of nonwoven web. The film may include predominantly polyethylene (PE), have a basis weight of 8-20 gsm, and have formed thereon a pattern of cones and valleys, the cones projecting upwardly from adjacent valleys to rim edges proximate an upper side of the laminate web, the cones circumscribing and defining apertures through the film. The nonwoven web may have a basis weight of 12-24 gsm, and include staple fibers, with randomly-distributed fiber-to-fiber fusion bonds thereamong. The staple fibers may have an average denier of 3-12, and be spun of one or more polyolefins. Each of the film and the staple fibers may be modified with one or more hydrophilizing agents.

An absorbent article having a topsheet of particular configuration and composition is disclosed. The topsheet may be a laminate web having an upper layer of polymer film, directly bonded to a lower layer of nonwoven web. The film may include predominantly polyethylene (PE), have a basis weight of 8-20 gsm, and have formed thereon a pattern of cones and valleys, the cones projecting upwardly from adjacent valleys to rim edges proximate an upper side of the laminate web, the cones circumscribing and defining apertures through the film. The nonwoven web may have a basis weight of 12-24 gsm, and include staple fibers, with randomly-distributed fiber-to-fiber fusion bonds thereamong. The staple fibers may have an average denier of 3-12, and be spun of one or more polyolefins. Each of the film and the staple fibers may be modified with one or more hydrophilizing agents.

The present invention relates to the field of medical diagnostics and more specifically, to identification of amniotic fluid.

The present invention relates to the field of medical diagnostics and more specifically, to identification of amniotic fluid.

The present disclosure relates to a novel sericin-based hydrogel wherein the silk sericin is enzymatically cross-linked for an improved treatment of wound healing, ischemic diseases or cardiovascular diseases, namely chronic wound healing, in particular diabetic wound.

The present disclosure relates to a novel sericin-based hydrogel wherein the silk sericin is enzymatically cross-linked for an improved treatment of wound healing, ischemic diseases or cardiovascular diseases, namely chronic wound healing, in particular diabetic wound.