Abstract: The present disclosure describes a disc-like apparatus and method of its use allowing for the one-step concentration and separation of therapeutic factors found in mammalian body fluid.

Abstract: The present disclosure describes a disc-like apparatus and method of its use allowing for the one-step concentration and separation of therapeutic factors found in mammalian body fluid.

Abstract: A binding syringe and methods of use are disclosed. The binding syringe includes an outer body, a middle chamber, an inner body, and a plunger. The middle chamber has an outer surface including a plurality of pores, which are configured to retain certain components from biological fluid extracted by the outer body. A method of use includes placing a binding syringe into a patient or container, actuating the binding syringe to extract biological fluid, fluid flowing through a flowpath, and binding components of the biological fluid to be removed to the binding syringe.

Abstract: A binding syringe and methods of use are disclosed. The binding syringe includes an outer body, a middle chamber, an inner body, and a plunger. The middle chamber has an outer surface including a plurality of pores, which are configured to retain certain components from biological fluid extracted by the outer body. A method of use includes placing a binding syringe into a patient or container, actuating the binding syringe to extract biological fluid, fluid flowing through a flowpath, and binding components of the biological fluid to be removed to the binding syringe.

Abstract: The present disclosure describes a disc-like apparatus and method of its use allowing for the one-step concentration and separation of therapeutic factors found in mammalian body fluid.

Abstract: Techniques and devices for removing (filtering out) unwanted/inhibitory components (for example, products, byproducts and/or cell output such as inhibitory catabolic proteins) from a composition (for example, autologous fluid or serum) containing such unwanted/inhibitory components. The devices include at least one construct designed to contain a composition (for example, autologous fluid or serum) containing inhibitory/unwanted components (products, byproducts and/or output of cells such as inhibitory catabolic proteins). The construct is provided with interior walls including specific protein capturing means designed to remove the inhibitory/unwanted component(s) (for example, specific protein(s)) from the composition. Proteins targeted for capture include, but are not limited to, catabolic cytokines such as IL-1?, IL-?, IL-6, TNF?, IFN? and MMPS as these proteins inhibit the healing process.

Abstract: Techniques and devices for removing (filtering out) unwanted/inhibitory components (for example, products, byproducts and/or cell output such as inhibitory catabolic proteins) from a composition (for example, autologous fluid or serum) containing such unwanted/inhibitory components. The devices include at least one construct designed to contain a composition (for example, autologous fluid or serum) containing inhibitory/unwanted components (products, byproducts and/or output of cells such as inhibitory catabolic proteins). The construct is provided with interior walls including specific protein capturing means designed to remove the inhibitory/unwanted component(s) (for example, specific protein(s)) from the composition. Proteins targeted for capture include, but are not limited to, catabolic cytokines such as IL-1?, IL-?, IL-6, TNF?, IFN? and MMPS as these proteins inhibit the healing process.

Abstract: Techniques and devices for removing (filtering out) unwanted/inhibitory components (for example, products, byproducts and/or cell output such as inhibitory catabolic proteins) from a composition (for example, autologous fluid or serum) containing such unwanted/inhibitory components. The devices include at least one construct designed to contain a composition (for example, autologous fluid or serum) containing inhibitory/unwanted components (products, byproducts and/or output of cells such as inhibitory catabolic proteins). The construct is provided with interior walls including specific protein capturing means designed to remove the inhibitory/unwanted component(s) (for example, specific protein(s)) from the composition. Proteins targeted for capture include, but are not limited to, catabolic cytokines such as IL-1?, IL-?, IL-6, TNF?, IFN? and MMPS as these proteins inhibit the healing process.

Abstract: Techniques and devices for removing (filtering out) unwanted/inhibitory components (for example, products, byproducts and/or cell output such as inhibitory catabolic proteins) from a composition (for example, autologous fluid or serum) containing such unwanted/inhibitory components. The devices include at least one construct designed to contain a composition (for example, autologous fluid or serum) containing inhibitory/unwanted components (products, byproducts and/or output of cells such as inhibitory catabolic proteins). The construct is provided with interior walls including specific protein capturing means designed to remove the inhibitory/unwanted component(s) (for example, specific protein(s)) from the composition. Proteins targeted for capture include, but are not limited to, catabolic cytokines such as IL-1?, IL-?, IL-6, TNF?, IFN? and MMPS as these proteins inhibit the healing process.