Abstract: The mushroom growing process includes various stages, such as phase I where compost is initiated and phase II where the process of conversion is started. These various stages include pasteurization and casing. In some processes there may be cacing which is another form of mycelium being added into the casing layer. The process of the present invention includes introducing an additive into the compost at one or more stages of the growing process. Such additive contains humic acid.

Abstract: A weighted fishing leader drag apparatus is in the form of an elongated hydrodynamically shaped body having a plurality of resilient wings mounted to its outer surface. When the leader drag apparatus is pulled in the opposite direction of the water current, the wings are disposed generally against the outer surface. When the leader drag apparatus is pulled in the same direction as the water current the wings are forced outwardly and create resistance to the water flow to create a drag.

Abstract: The multi-lumen intravenous extension system and method for independently conveying medicinal fluids include an extension including an elongate cylindrical body having a main lumen extending axially therein and at least one satellite lumen extending parallel with the main lumen in the extension, a coupling/connector at a proximal end of the extension, a liquid supply system connected to the proximal end connector for delivering liquid to the main lumen, at least one syringe coupled to the proximal connector for supplying a drug medication, pharmaceutical agent, or other liquid to the satellite or secondary lumen, and a connector forming a mixing chamber coupled to a distal end of the extension. The connector is adapted for connection to an intravenous or intra-vascular catheter or needle leading to an intra-vascular access site. The fluidic connection between the mixing connector and the multi-lumens of the extension substantially prevents over-pressurization of the vascular access device.

Abstract: The multi-lumen intravenous extension system and method for independently conveying medicinal fluids include an extension including an elongate cylindrical body having a main lumen extending axially therein and at least one satellite lumen extending parallel with the main lumen in the extension, a coupling/connector at a proximal end of the extension, a liquid supply system connected to the proximal end connector for delivering liquid to the main lumen, at least one syringe coupled to the proximal connector for supplying a drug medication, pharmaceutical agent, or other liquid to the satellite or secondary lumen, and a connector forming a mixing chamber coupled to a distal end of the extension. The connector is adapted for connection to an intravenous or intra-vascular catheter or needle leading to an intra-vascular access site. The fluidic connection between the mixing connector and the multi-lumens of the extension substantially prevents over-pressurization of the vascular access device.

Abstract: A method is disclosed for introducing a stent inside the body of a patient. The stent is made of a material that cures due to the action of light. A catheter having an inflatable balloon adjacent its distal end is provided. Also provided is a light conductor comprising a transparent, elongated member, the elongated member having a smooth, outer wall along most of its length with a portion of the light conductor within the balloon having a rougher outer wall to allow light to project laterally outwardly through the wall. The balloon carries on substantially its entire surface a partially reflective layer to permit the light to be partly reflected and partly transmitted through the same portions of the wall of the balloon. The stent is cured by providing light to the light conductor.

Abstract: The invention relates to a catheter comprising a tube-like basic catheter body with a distal and a proximal end, and a balloon member arranged at the distal end. The basic catheter body has been made so as to be at least partially light-conductive, and comprises a light receiving section at the proximal end and a light-emitting section at the distal end.

Abstract: The multi-purpose balloon catheter comprises a tubular body having a proximal end portion, a distal end portion and at least two lumens within the tubular body. The distal end portion has three spaced apart balloons thereon, the distal balloon being an occlusive balloon, the middle balloon being a stent mounting balloon and the proximal balloon being an occlusive balloon.