Abstract: A method for synthesis and purification of radiolabeled macroaggregated human serum albumin (MAA) to form a bulk solution injectable to a patient includes: providing a radiometal in a generator, the radiometal being a generator eluate; synthesizing the radiolabeled MAA in a reactor with MAA particles from a commercially available labeling kit for 99mTc and the generator eluate so as to provide synthesized radiolabeled MAA particles; passing the synthesized radiolabeled MAA particles on a syringe filter membrane having a membrane composition, diameter, and pore size for trapping the radiolabeled MAA particles as trapped radiolabeled MAA particles and not retaining impurities from a bulk solution, the impurities including free radioactive metal isotopes, parent radioactive metal breakthrough, and stannous chloride present in the MAA labeling kit for 99mTc; and untrapping the trapped radiolabeled MAA particles from the syringe filter using a saline or buffered solution passing through the syringe filter.

Abstract: The new idea is having offices nation wide called Human Tracer II Stores you walk in and fill out a form of personnal information and pay a fee you get injected with a CHIP and get bandaged like getting a blood test except you are getting a CHIP in you and your not injected into a vain but (yes inside the skin) and yes it can be injected anywere inside the Skin. the first thing a family member or a friend needs to do when a loved one is missing is to. 1) Notify the police Asap. 2) The Human Tracer II will get turned on and in matters of minutes were able to locate that child, teenager, or adult. where the police can apprehend the criminal before any violent or a criminal act is committed and it can save many human lifes. 3) Without a police report and a law enforcement agency officer present the Human Tracer II will not be turned on (No Exception).

Abstract: In an embodiment, a container includes a dispensing opening, a closure and a plurality of walls. At least one of the walls includes a non-uniform surface structured so that the dispensing closure can be disposed on the surface when the container is in its dispensing position. In another preferred embodiment, the top wall of the container includes a vent, a vent cap forming a closure for the vent, a handle, a pouring aperture and a pouring closure covering the pouring aperture. The top surfaces of the vent cap, the handle and the pouring closure are generally parallel, and the heights of the top surfaces of the vent cap and the pouring closure are within an inch of the height of the top surface of the handle. In another preferred embodiment, the top wall of the container includes a handle extending from a handle base within the top wall. A pouring aperture is surrounded by a pouring aperture base which also extends from the top wall.

Abstract: A shipping and display case or carton which is suitable for shipping and displaying consumer and other goods which are packaged in high unit volume. The display case enjoys excellent compressive strength so that the cases may be stacked one upon the other notwithstanding the substantial weight of the high unit volume consumer products, e.g. 300 fluid oz. heavy duty liquid detergent container. The display panel of the display case includes a bottom zone and lines of weakness on either side thereof. The bottom zone may be pulled downwardly to sever the lines of weakness and make it easier to slide the containers out of the display case. Moreover, the display panel also includes side zones which may be severed from the bottom closure of the display case and swung into positions in which they do not obstruct the egress of products from the display case.

Abstract: A method for introducing yarn into a pneumatic yarn texturizing means, in which the yarn is positioned across the inlet orifice of the texturizing means, a stream of fluid is forced against the yarn to introduce it into the orifice in the form of a loop and a yarn cutting device, located downstream of the orifice in the direction of movement of the yarn, is actuated, its operation being synchronized with that of the fluid stream.

Abstract: A device for introducing yarn into a pneumatic yarn texturizing means, in which the yarn is positioned across the inlet orifice of the texturizing means, a stream of fluid is forced against the yarn to introduce it into the orifice in the form of a loop and a yarn cutting device, located downstream of the orifice in the direction of movement of the yarn, is actuated, its operation being synchronized with that of the fluid stream.

Abstract: Multifilament yarn is interlaced by passing the yarn through an apparatus which impinges four streams or jets of fluid upon the yarn. The jets or streams of fluid are given a rotational component by auxiliary streams of air which impinge on the jets or streams with a tangential attitude. The yarn and impinging streams of fluid converge in a cavity located within an interlacing chamber wherein the height of the cavity is no greater than the smallest diameter of the cavity and wherein the inlet of the interlacing chamber is wider than the diameter of the cavity and the outlet of the interlacing chamber is narrower than the cavity.