Abstract: Provided are methods, systems and kits for predicting post-relapse survival of a cancer patient and for identifying cancer genes predictive of the post-relapse survival of the patient. Values representing gene expression levels of a group of genes associated with survival of the cancer cells are determined using gene expression profiling platforms and a plurality of probe sets that hybridize to one or more of the genes in the group. A predictive model establishes a predictive value based on the weighted contribution of each gene associated with survival of the cancer cells to risk of death for the cancer patient and imports expression values of the genes in the group that is indicative of a risk of death for the relapsed patient.

Abstract: Provided are methods, systems and kits for predicting post-relapse survival of a cancer patient and for identifying cancer genes predictive of the post-relapse survival of the patient. Values representing gene expression levels of a group of genes associated with survival of the cancer cells are determined using gene expression profiling platforms and a plurality of probe sets that hybridize to one or more of the genes in the group. A predictive model establishes a predictive value based on the weighted contribution of each gene associated with survival of the cancer cells to risk of death for the cancer patient and imports expression values of the genes in the group that is indicative of a risk of death for the relapsed patient.

Abstract: A method of treating tumor tissue of an individual is provided. The method is effected by applying to cells of the tumor tissue electrical field pulses having a strength, a repetition frequency and a pulse width selected capable of inducing endocytosis mediated cell death thereby treating the tumor tissue.

Abstract: A method of treating tumor tissue of an individual is provided. The method is effected by applying to cells of the tumor tissue electrical field pulses having a strength, a repetition frequency and a pulse width selected capable of inducing endocytosis mediated cell death thereby treating the tumor tissue.

Abstract: A method of treating tumor tissue of an individual is provided. The method is effected by applying to cells of the tumor tissue electrical field pulses having a strength, a repetition frequency and a pulse width selected capable of inducing endocytosis mediated cell death thereby treating the tumor tissue.

Abstract: There is provided a method for introducing a therapeutic agent into a membrane vesicle, cell, or tissue by exposing the membrane vesicle, cell, or tissue to a low electric field in the presence of the therapeutic agent in an extracellular compartment of the membrane vesicle, cell, or tissue. Also provided is therapy including a low electric field alone or in combination with a therapeutic agent.