Abstract: The present subject matter relates to a stable pesticidal formulation which exhibits improved dispersibility in cold water and full compatibility with fertilizers.

Abstract: Peptides effective as delta opioid receptor agonists and compositions comprising same are provided. Further provided are methods for targeting medical conditions amenable to treatment with an opioid receptor agonist, including but not limited to, conditions involving pain as well as reducing cocaine craving.

Abstract: A multifunctional molecular platform is provided, for covalent binding of two or more therapeutic or diagnostic agents, and for their sequential release in a biological environment near desired target sites. The platform is used in the preparation of pharmaceutical compositions for treating abnormal cell proliferation, infections, and inflammation.

Abstract: Methods employing chemiluminescent agents as therapeutically active agents in the treatment of proliferative disorders are disclosed. The chemiluminescent agents are used in the disclosed method without a therapeutically effective amount of a photosensitizer. Novel chemiluminescent agents having the general formula: are also disclosed, wherein X, Y, Z, R3 and R5-R9 are as defined herein.

Abstract: Peptides effective as delta opioid receptor agonists and compositions comprising same are provided. Further provided are methods for targeting medical conditions amenable to treatment with an opioid receptor agonist, including but not limited to, conditions involving pain as well as reducing cocaine craving.

Abstract: A multifunctional molecular platform is provided, for covalent binding of two or more therapeutic or diagnostic agents, and for their sequential release in a biological environment near desired target sites. The platform is used in the preparation of pharmaceutical compositions for treating abnormal cell proliferation, infections, and inflammation.

Abstract: Methods employing chemiluminescent agents as therapeutically active agents in the treatment of proliferative disorders are disclosed. The chemiluminescent agents are used in the disclosed method without a therapeutically effective amount of a photosensitizer. Novel chemiluminescent agents having the general formula: are also disclosed, wherein X, Y, Z, R3 and R5-R9 are as defined herein.

Abstract: Methods employing chemiluminescent agents as therapeutically active agents in the treatment of proliferative disorders are disclosed. The chemiluminiscent agents are used in the disclosed method without a therapeutically effective amount of a photosensitizer. Novel chemiluminescent agents having the general formula: are also disclosed, wherein X, Y, Z, R3 and R5-R9 are as defined herein.

Abstract: Methods employing chemiluminescent agents as therapeutically active agents in the treatment of proliferative disorders are disclosed. The chemiluminiscent agents are used in the disclosed method without a therapeutically effective amount of a photosensitizer. Novel chemiluminescent agents having the general formula: are also disclosed, wherein X, Y, Z, R3 and R5-R9 are as defined herein.

Abstract: A method for destroying harmful cells is provided, applicable in treating proliferative diseases. The cells are destroyed by a combined treatment with a chemiluminescent agent and with a ligand-photosensitizer conjugate. The chemiluminescent agent emits light on reacting with oxygen species present in situ, the conjugate binds to the cell through its ligand and is activated by the emitted light, thereby destroying the cell. The method is demonstrated on a conjugate of transferrin-hematoporphyrin, which destroys cancerous cells in the presence of luminol.

Abstract: A method for destroying harmful cells is provided, applicable in treating proliferative diseases. The cells are destroyed by a combined treatment with a chemiluminescent agent and with a ligand-photosensitizer conjugate. The chemiluminescent agent emits light on reacting with oxygen species present in situ, the conjugate binds to the cell through its ligand and is activated by the emitted light, thereby destroying the cell. The method is demonstrated on a conjugate of transferrin-hematoporphyrin, which destroys cancerous cells in the presence of luminol.

Abstract: A multifunctional molecular platform is provided, for covalent binding of two or more therapeutic or diagnostic agents, and for their sequential release in a biological environment near desired target sites. The platform is used in the preparation of pharmaceutical compositions for treating abnormal cell proliferation, infections, and inflammation.

Abstract: A method for destroying harmful cells is provided, applicable in treating proliferative diseases. The cells are destroyed by a combined treatment with a chemiluminescent agent and with a ligand-photosensitizer conjugate. The chemiluminescent agent emits light on reacting with oxygen species present in situ, the conjugate binds to the cell through its ligand and is activated by the emitted light, thereby destroying the cell. The method is demonstrated on a conjugate of transferrin-hematoporphyrin, which destroys cancerous cells in the presence of luminol.