Interstitial space saturation
AssigneeMichael Cherkassky
InventorMichael Cherkassky
Life of this patent
Estimating the term…
Abstract
Providing a means for perfusing a high concentration of medication to treat a lesion, specifically cancer, infection, or autoimmune process, while averting the leakage of a substantial quantity of medication into the general blood stream. The process prevents toxic levels of the agent from entering the body's general circulation while delivering lethal doses of the agent to the lesion.
Claims4
A method for perfusing a high concentration of medication through a target area in the patient's body comprising the steps of:
- a) inserting percutaneously a single catheter into an artery supplying a target area;
- b) placing a catheter, having spaced balloon into a vein of the body near the target area;
- c) inflating said balloon in order to totally block the flow of venous blood in said vein;
- d) injection a medication from said arterial catheter into said artery;
- whereby a channeling of the complete amount of medication into interstitial space via arterial-capillary-lymphatic access is achieved and concentration within the body's general circulation is minimized.
A method for perfusing a high concentration of medication through a target area in the patient's body without contaminating the body's general circulation, comprising the steps of:
- a) placing a catheter having a suction-infusion lumen and spaced balloon with said spaced balloon positioned proximally from said lumen into a lymphatic vessel of the body near the target area;
- b) inflating said balloon to isolate effluent lymph fluid from the target area from the body's general circulation;
- c) suctioning said lymph fluid from said lymphatic vessel creating a negative pressure in said lymphatic vessel of said target area;
- d) injecting said medication into said lymphatic vessel;
- e) removing from the body through said catheter said medication after sufficient exposure;
- whereby irrigation of the interstitial space of said target area is achieved without affecting the rest of the body and 100% concentration of medication remains within the lesion.
Dependencies are inferred from the claim text.