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In scientific language Apoptosis means the death of the cells. Apoptosis refers to a particular morphology in which a chromatin condenses or coalesces to a heterochromatin in one or more masses in the nucleus. It usually settles along with preset nuclear membrane referred to as lining of the chromatin. One of the essential functions of apoptosis is the elimination of cells in which DNA damages, brokenmultiplying or improper bonding to extracellular background that cannot be repaired. In cancer cells, the application of apoptosis induction is broken. Therefore, more and more ideas and hypotheses for selective inducing apoptosis in cancer cells are tested in a growing number of laboratories all over the world. The subject of programmed cell death has been recently discussed in almost 80 000 publications. As it is known, cell apoptosis may be induced by various stress factors such as hypoxia, expression of oncogenes, mutations, DNA damages. On the other hand, apoptosis may be induced via internal or external signals, for instance proteins. Some of such endogenous and exogenous proapoptotic proteins have been found and described. Their genes may be used in modern anticancer therapies. How the complete process is done? Cells which die by programmed cell death referred to as apoptosis, which came out from a Greek word that signifies as falling from up as in leaves from a tree, has been recently discussedin a conference in biomedical sciences. Apoptosis is a well- distinctsystem of morphological changes of cells that shrink and shorten and then fragment, releasing small membrane-bound apoptotic bodies, which are phagocytosed by other cells. Importantly, the intracellular constituents are not released into the extracellular milieu where they might have deleterious effects on neighboring cells. The cells that undergo this process swell and burst, releasing their intracellular contents, which can damage surrounding cells and often cause inflammation. The benefits from this program It is believed that Apoptosis-regulating genes play a significant part in the growth and development of prostate cancer. The genes are considered as a likely target for future treatment strategies.p53, a gene of tumor suppressor, and assists in the cell cycle regulation. It plays a significant role in making sure that apoptosis destroy the damaged cells. P53 is the most frequently mutated gene linked with cancer.Therapy of androgen-deprivation is the main course of treatment in metastatic and recurrent prostate cancer. On the other hand, in the majority cases cancer of prostate progresses to an apoptosis-resistant androgen-independent stage for which there is no obtainable treatment. For that reason, it is significant to know the molecular mechanisms lying beneath progression of the cancer, and how cells of the cancer evade apoptotic mechanisms that give increase to their uncontrolled development actions. Various forms of cancer cells removal programs have been followed and lots are under scanner which are in the development process. But the process of Apoptosis has really made a drastic change in the world of medicine and cancer treatment therapies. It is believed that Apoptosis-regulating genes play a majorrole in the growth and development of prostate cancer. For more information about Flow Cytometry, please visit http://www.2bscientific.com/
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Apoptosis, Flow cytometry, Elispot, Antibodies,
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