Abstract: The present invention provides multiple antigenic agents compositions and the use thereof to prevent or treat viral infections.

Abstract: The present invention provides multiple antigenic agents compositions and the use thereof to prevent or treat viral infections.

Abstract: The present invention provides multiple antigenic agents compositions and the use thereof to prevent or treat viral infections.

Abstract: The present invention provides multiple antigenic agents compositions and the use thereof to prevent or treat viral infections. The multiple antigenic agents of the invention contain at least one of a B cell determinant, a T cell determinant, or a targeting molecule attached to a core peptide composed of Lys-Gly repeats.

Abstract: The present invention provides multiple antigenic agents compositions and the use thereof to prevent or treat viral infections. The multiple antigenic agents of the invention contain at least one of a B cell determinant, a T cell determinant, or a targeting molecule attached to a core peptide composed of Lys-Gly repeats.

Abstract: The present invention provides multiple antigenic agents compositions and the use thereof to prevent or treat viral infections.

Abstract: A planar array antenna comprising at least two groups of radiating elements, the two groups being arranged on one plane and connected to one coupling point respectively by means of one transmission network respectively. A wave guide configuration connects the coupling points to a common central coupling point. The E field vectors of the electromagnetic waves directed into the wave guide configuration are oriented parallel to the flat sides of the planar array antennae.

Abstract: The present invention provides multiple antigenic agents compositions and the use thereof to prevent or treat viral infections.

Abstract: The invention relates to a planar array antenna comprising at least two groups of radiating elements, the two groups being arranged on one plane and connected to one coupling point respectively by means of one transmission network respectively. A wave guide configuration connects the coupling points to a common central coupling point. The E field vectors of the electromagnetic waves directed into the wave guide configuration are oriented parallel to the flat sides of the planar array antennae.

Abstract: A microwave antenna is described, capable of simultaneous maximum gain communication with N≧2 satellites in geo-stationary orbit. The orbiting satellites are positioned offset relative to each other at a specific azimuth angle(s) &phgr;. The microwave antenna has radiating elements that are divided into N groups (1a, 1b; 1a′, 1b′; 1a″, 1b″ 1c″) of radiating elements. The antenna is characterized by the fact that each of the N groups of radiating elements is organized in a plane, with the planes arranged at specific angles relative to one another corresponding to the respective azimuth offset angle of the satellite to be communicated with, such that the surface normal (FN) of the planes, once the microwave antenna is oriented, point in the direction of the respective satellites.

Abstract: The present radiator pertains to a planar array antenna for sending or receiving linear polarized waves, with two radiator levels each comprising radiator elements mounted in lines and columns, while the elements of each radiator level are coupled on a central point so as to be equal in phase and amplitude. Both radiator levels receive and transmit mutually perpendicular polarized waves, and each radiator element has shades (6) and a linear excitrated stripline (16, 161, 16a, 16b).