Abstract: Formulation(s) of prooxidation agents and/or antioxidant capacity reducing agents for producing electronically modified oxygen derivatives (“EMODs”) for cancer chemo-suppression and chemo-protection, and kit(s) and method(s) of use thereof.

Abstract: Methods of treating tumors, lesions, and cancers comprising delivering to the affected site a combination of peroxide and hypochlorite anion. Hydrogen peroxide and sodium hypochlorite are possible sources of peroxide and hypochlorite anion, respectively. The reactants may be injected simultaneously or sequentially, and combine at the site to produce singlet oxygen. Singlet oxygen may be delivered to the treatment site or generated at the treatment site. Isotopes are also synergistically used in conjunction with singlet oxygen. The isotopes may be radioactive isotopes, non-radioactive isotopes, or both.

Abstract: Methods of treating tumors, lesions, and cancers comprising delivering to the affected site a combination of peroxide and hypochlorite anion. Hydrogen peroxide and sodium hypochlorite are possible sources of peroxide and hypochlorite anion, respectively. The reactants may be injected simultaneously or sequentially, and combine at the site to produce singlet oxygen. Singlet oxygen may be delivered to the treatment site or generated at the treatment site. Isotopes are also synergistically used in conjunction with singlet oxygen. The isotopes may be radioactive isotopes, non-radioactive isotopes, or both.

Abstract: Methods of treating tumors, lesions, and cancers comprising delivering to the affected site a combination of peroxide and hypochlorite anion. Hydrogen peroxide and sodium hypochlorite are possible sources of peroxide and hypochlorite anion, respectively. The reactants may be injected simultaneously or sequentially, and combine at the site to produce singlet oxygen. Singlet oxygen may be delivered to the treatment site or generated at the treatment site.

Abstract: A venous catheter device includes an elongated flexible catheter tube having a proximal end and a longitudinally extending the distal end portion with a catheter tube distal terminus for insertion into and capable of being fed longitudinally through a vein. A plurality of independent lumens extend through the catheter tube, preferably including a distal lumen, a middle lumen and a proximal lumen, each of the lumens having a wall, a proximal end, and a lumen distal terminus adjacent to the catheter tube distal terminus. Each lumen distal terminus spaced longitudinally from each other so as to include a distal lumen terminus, a middle lumen terminus, and a proximal lumen terminus, respectively. At least two of the lumen termini have a fluid flow enhancement structure for maximizing fluid flux rate through each lumen by directing flow through the distal terminus of each lumen in a direction parallel to the longitudinal direction of the distal end portion.

Abstract: A venous catheter device including a plurality of independent and noncommunicating fluid conveying lumens housed within or formed in a single catheter. One end of each lumen is adapted to be connected to a different fluid source, such as an intravenous (IV) drug infusion or feeder device, a syringe, etc., or to a central venous pressure (CVP) measuring device. The other end of each lumen exits at or proximate to the catheter terminus which, in turn, is adapted to be positioned within a vein. A hollow needle slidably receives the catheter terminus and is adapted for vein penetration and catheter positioning within the penetrated vein. Alternatively, the catheter can be used without a needle in which case a vein is directly exposed and partially transected allowing direct insertion of the catheter.

Abstract: A venous catheter device including a plurality of independent and noncommunicating fluid conveying lumens housed within or formed in a single catheter. One end of each lumen is adapted to be connected to a different fluid source, such as an intravenous (IV) drug infusion or feeder device, a syringe, etc., or to a central venous pressure (CVP) measuring device. The other end of each lumen exits at or proximate to the catheter terminus which, in turn, is adapted to be positioned within a vein. A hollow needle slidably receives the catheter terminus and is adapted for vein penetration and catheter positioning within the penetrated vein. Alternatively, the catheter can be used without a needle in which case a vein is directly exposed and partially transected allowing direct insertion of the catheter.