Xerox Corporation

Baylor Research Institute

Baylor Research Foundation

Edward Forest

J Lester Matthews

Kirpal S Gulliya

Robert M Dowben

Shazib Pervaiz

Joseph T Newman

Bernard Grushkin

Kenneth H Fischbeck

Leonard M Carreira

John W Weigl

John B Wells

Paul C Swanton

Jospeh T Newman

A therapeutic composition derived from a pre-activated photoactive compound and a conveyor for destroying tumor or other pathogenic biological contaminants infecting animal body tissues. The conveyor can either be a matrix support or an antibody. The activation of the photoactive compound to produce the pre-activated photoactive compound is carried out by the use of an activating agent. The pre-activated photoactive compound retains its therapeutic activity subsequent to activation. A method for preparing such a therapeutic composition is disclosed. Methods for treating animal body tissue, either outside the body or inside the body, infected with tumors or other pathogenic biological contaminants are disclosed.

Method of treating with therapeutic composition comprising photoactive

Therapeutic compositions derived from photoactive compounds

A pre-activated therapeutic agent derived from a photoactive compound for destroying tumor or other pathogenic biological contaminants infecting animal body tissues. The activation of the photoactive compound is carried out prior to the photoactive compound is being brought into contact with the tissue to be treated. The resultant pre-activated therapeutic agent, or mixture, retains its therapeutic activity subsequent to activation. A method for preparing such a pre-activated therapeutic agent is disclosed. Methods for treating animal body tissue, either outside the body or inside the body, infected with tumors or other pathogenic biological contaminants are disclosed.

Pre-activated therapeutic agents derived from photoactive compounds

Electrostatic deflection is used to provide multiline printing from a single pass in an oscillating bar ink jet printer.

Method for ink jet printing where the print rate is increased by

Photosensitive composition for use in photoelectrophoretic imaging system. The particulate component of this composition includes vanadyl phthalocyanine pigment particles which have been treated with a polymer having structural units of the formula ##STR1## WHEREIN Z is a pendant group of the formula ##STR2## X is a substituent substantially incapable of withdrawing electrons from the electron rich pyridinyl moiety;

Photosensitive composition containing vanadyl phthalocyanine for

An electrophoretic imaging process wherein a suspension of particles in a carrier liquid are placed between a photoconductive electrode and a second electrode. With an electrical field applied between the photoconductive electrode and the second electrode the photoconductor is exposed to imagewise radiation which causes particles on the surface of the photoconductive electrode to be driven away in image configuration by charge exchange with the photoconductive electrode. The migrating particles form a negative image on the second electrode leaving a positive image behind on the photoconductive electrode.

Electrophoretic imaging members

Growing community of inventors

Dallas, TX, United States of America

Edward Forest