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Photokinetic Ocular Drug Delivery Methods and Apparatus Inventors: Edward R. Kraft; Gabriela A. Pulp; Bernard F. Godly; Aristides P. Koutrovelis Description: The present invention relates generally

Related Methods: The present invention provides methods for enhanced delivery. BACKGROUND OF THE INVENTION Transferal blood, such as that from a vein or a peripheral arterial system, and transfusion of blood from one organism to another is an ancient practice. Blood transfusions have been performed for many decades now for both acute and chronic medical conditions. Transfusion has been performed for transfusions to maintain hemoglobin levels in persons infected with blood-borne viruses like HIV and hepatitis, and for the removal of blood from persons who had lost blood pressure. Transfusion is also used to treat severe anemia, particularly those patients with very low hemoglobin contents. Transfusion takes place between the recipient (patient) and the donor (transfusions) in the patient's own blood vessel, vein or artery at the appropriate points. For example, in a single-point transfusion, the blood from the donor is transferred into the recipient's capillary blood vessels after removing the patient's own blood. The recipient's blood vessels are removed (leukotripsy) along with their coronary arteries and left in place to heal. Blood removal also occurs with platelet transfusions, where the platelet membranes are removed in accordance with appropriate procedures for platelet transfusion. However, for a single-point transfusion, the patient receives their own blood. One of the most common reasons for transfusing a patient's own blood into another patient is a temporary rise in blood pressure. There are several types of transferring in terms of the blood being delivered. In general, the donor blood is transported from a single source (patient) directly into a separate source (sugar container, serum bag) after the blood has passed (leukotripped with a sterile needle) through the blood vessel or vein into which its blood enters. In the case of a tracheal tube-fed tube, the blood is transported from a single source into another. These different types of transfers can result in several types of complications. In the “transporters” method, a single blood source (the donor) is placed in a container where the containers are sealed and transferred into and out of a separate “transporter” that may include blood vessels, veins or capillaries. The donor blood vessel is then removed and the blood vessels are left in place to heal.

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