Abstract: Methods, compositions and articles are disclosed which are useful in the treatment of humans suffering from herpes simplex virus infections. In an embodiment method, herpes simplex type 2 virus infecting the genital tract of a female is treated by administering a viable, mixed culture of L. acidophilus and L. bulgaricus on a catamenial tampon.
Abstract: The disclosure is a method for the in-vitro detection and identification of reagins in the blood serum of allergen sensitized vertebrates. The method comprises admixing the blood serum of the vertebrate with solid, porous carrier particles bearing surface adsorbed, known allergens. An agglutination reaction indicates the presence of reagins corresponding to the surface adsorbed allergen.
Abstract: The disclosure is of an assembly for determining light transmissiveness of a fluid. The assembly comprises a light source, means of holding the fluid in a light-shielded path of the light generated and a means for receiving and measuring the attenuated light passed through the fluid sample. The assembly is simple and highly portable. As such it is convenient for use with little training in places such as a physician's office, for measuring substances in immunoassay reaction mixtures.
Abstract: The disclosure is of an improved method for the in-vitro detection and identification of reagins in the blood serum of allergen sensitized vertebrates. The improvement comprises admixing the blood serum of the vertebrate with solid, porous carrier particles bearing surface adsorbed, known allergens. An agglutination reaction indicates the presence of reagins corresponding to the surface adsorbed allergen.
Abstract: Methods and apparatus for immunoassays. The apparatus comprises a water-insoluble article bearing a dried film of a synthetic, polymeric resin having attached chemical groups capable of forming covalent bonds with immunoreactants. The method and apparatus may be applied to determine total immunoglobulin and IgE.
Abstract: The disclosure is of an improved method for the in-vitro detection and identification of reagins in the blood serum of allergen sensitized vertebrates. The improvement comprises admixing the blood serum of the vertebrate with solid, porous carrier particles bearing surface adsorbed, known allergens. An agglutination reaction indicates the presence of reagins corresponding to the surface adsorbed allergen.