Abstract: A vascular bleeding control device that is used in managing bleeding at a puncture site, for example, after a surgical procedure when a large needle is required. The device has a resilient lever that extends away from a frame. The resilient lever extends away from the frame and resists pressure applied towards the frame. A pad on an outward face of the resilient lever contacts the puncture site and assists in managing bleeding until the blood vessel is sufficiently healed. The pad is manufactured of a hemostatic material that assists in decreasing healing time and can be easily removed from the puncture site without reopening the wound.

Abstract: The present disclosure relates to a composition including non-autologous plasma or serum and a polymer; method of treating ophthalmic diseases (e.g., dry eye syndrome) or moisturizing and/or repairing non-keratinized surfaces including nonhealing wounds with a composition including non-autologous plasma or serum and a polymer; and a therapeutic agent delivery device for delivery of the composition to the eye or a non-keratinized surface of a subject.

Abstract: The present disclosure relates to a composition including non-autologous plasma or serum and a polymer; method of treating ophthalmic diseases (e.g., dry eye syndrome) or moisturizing and/or repairing non-keratinized surfaces including non-healing wounds with a composition including non-autologous plasma or serum and a polymer; and a therapeutic agent delivery device for delivery of the composition to the eye or a non-keratinized surface of a subject.

Abstract: The present disclosure relates to a composition including non-autologous plasma or serum and a polymer; method of treating ophthalmic diseases (e.g., dry eye syndrome) or moisturizing and/or repairing non-keratinized surfaces including non-healing wounds with a composition including non-autologous plasma or serum and a polymer; and a therapeutic agent delivery device for delivery of the composition to the eye or a non-keratinized surface of a subject.

Abstract: A composition for providing a barrier between tissues and/or organs during or after a surgical procedure. The composition is a flowable solution of a hydrophobically-modified chitosan, wherein the hydrophobic modifications are selected to allow for adherence to tissue, cohesiveness of the composition upon application to tissue, and degradation over about two weeks after application. A method for providing a barrier between tissues and/or organs during or after a surgical procedure. Applying a hydrophobically-modified polymer to surfaces of tissues or organs in within a surgical site either before, during, and/or after a surgical procedure, wherein the modified polymer reduces adhesion between organs or tissues after surgery.

Abstract: The present disclosure relates to a composition including non-autologous plasma or serum and a polymer; method of treating ophthalmic diseases (e.g., dry eye syndrome) or moisturizing and/or repairing non-keratinized surfaces including non-healing wounds with a composition including non-autologous plasma or serum and a polymer; and a therapeutic agent delivery device for delivery of the composition to the eye or a non-keratinized surface of a subject.

Abstract: The present disclosure relates to a composition including non-autologous plasma or serum and a polymer; method of treating ophthalmic diseases (e.g., dry eye syndrome) or moisturizing and/or repairing non-keratinized surfaces including non-healing wounds with a composition including non-autologous plasma or serum and a polymer; and a therapeutic agent delivery device for delivery of the composition to the eye or a non-keratinized surface of a subject.

Abstract: The present invention provides a novel biomaterial which is a hybrid, self-assembling biopolymeric networked film that is functionalized through hydrophobic interactions with vesicles loaded with bioactive agents. The biomaterial compound is a polymeric network of hydrophobically modified chitosan scaffolds that is taken from solution and formed as a solid film. This solid state film is capable of hydrophobic interactions with the functionalized vesicles. The vesicles include one or more lamellar structures forming one or more nano-compartments that are capable of containing similar or alternative active moieties within. Use of the film results in a degradation of the chitosan scaffold thereby releasing the active moieties within the vesicles from the scaffold. Application of the current invention occurs through various delivery mechanisms and routes of administration as will be described herein.

Abstract: The present invention provides a novel biomaterial which is a hybrid, self-assembling biopolymeric networked film that is functionalized through hydrophobic interactions with vesicles loaded with bioactive agents. The biomaterial compound is a polymeric network of hydrophobically modified chitosan scaffolds that is taken from solution and formed as a solid film. This solid state film is capable of hydrophobic interactions with the functionalized vesicles. The vesicles include one or more lamellar structures forming one or more nano-compartments that are capable of containing similar or alternative active moieties within. Use of the film results in a degradation of the chitosan scaffold thereby releasing the active moieties within the vesicles from the scaffold. Application of the current invention occurs through various delivery mechanisms and routes of administration as will be described herein.

Abstract: The present invention provides a novel biomaterial which is a hybrid, self-assembling biopolymeric networked film that is functionalized through hydrophobic interactions with vesicles loaded with bioactive agents. The biomaterial compound is a polymeric network of hydrophobically modified chitosan scaffolds that is taken from solution and formed as a solid film. This solid state film is capable of hydrophobic interactions with the functionalized vesicles. The vesicles include one or more lamellar structures forming one or more nano-compartments that are capable of containing similar or alternative active moieties within. Use of the film results in a degradation of the chitosan scaffold thereby releasing the active moieties within the vesicles from the scaffold. Application of the current invention occurs through various delivery mechanisms and routes of administration as will be described herein.

Abstract: The present invention provides a novel biomaterial which is a hybrid, self-assembling biopolymeric networked film that is functionalized through hydrophobic interactions with vesicles loaded with bioactive agents. The biomaterial compound is a polymeric network of hydrophobically modified chitosan scaffolds that is taken from solution and formed as a solid film. This solid state film is capable of hydrophobic interactions with the functionalized vesicles. The vesicles include one or more lamellar structures forming one or more nano-compartments that are capable of containing similar or alternative active moieties within. Use of the film results in a degradation of the chitosan scaffold thereby releasing the active moieties within the vesicles from the scaffold. Application of the current invention occurs through various delivery mechanisms and routes of administration as will be described herein.