it was paralleled by the augmented levels of NRF protein

Cell cycle and apoptosis, two sides of the same coin Might processes of progression through the cell cycle and of programmed Dasatinib cell death involve the com plex interaction of a few categories of proteins in a system atic and coordinated manner. They are separate, distinct functions that are intimately related and together play a significant part in the sensitivity of malignant cells to chemotherapy. The cell-cycle could be the process through which cells divide. Apoptosis is definitely an active, energy dependent process in which the cell participates in its own destruc tion. Apoptosis and the cell cycle are intimately related, as shown by the central role of p53, both in the induction of apoptosis and in cell cycle arrest. Yet another example of this Plastid intimate relation was demonstrated in human colon cancer cell lines that differ only within their p21 check point status. Cells with wild type p21, when irradiated with radiation, experienced a cell cycle growth arrest fol lowed by clonogenic survival, where as cells lacking p21, when irradiated with radiation, did not undergo a cell cycle growth arrest and moreover proceeded to apopto sis. Cells that bear a growth arrest may be pro tected from apoptosis and may therefore be ultimately immune to the cytotoxic agent. Curcumin the curry for cure, our theory Cell-cycle progression is an important scientific event having managed regulation in normal cells, which very nearly universally becomes aberrant or deregulated in neoplastic and transformed cells. TCID In this regard, targeting deregulated cell-cycle progression and its modulation by various natural and artificial agents are gaining wide spread interest in recent years to control the unchecked growth and growth in cancer cells. In fact, a huge number of experimental studies convincingly show that lots of phytochemicals halt uncontrolled cell cycle pro gression in cancer cells. Among these phytochemicals, curcumin has been defined as certainly one of the main natural anticancer agents exerting anti-neoplastic exercise in vari ous forms of cancer cells. Here we hypothesize that curcu min asserts its anti-tumor activity in cancer cells by altering the delaware regulated cell-cycle via cyclin rely ent, p53 dependent and p53 independent path ways. At the crossroads of alternative and main stream medicine Turmeric is used for a large number of years in Ayurvedic and traditional Chinese medicine. In our contemporary world, curcumin, the yellow pigment of the spice turmeric, remains used as an alternative therapeutic agent in many parts of South East Asia for the treatment of com-mon ailments including stomachic annoyed, flatulence, jaun dice, arthritis, sprains, wounds and skin infections among many others. Turmeric and curcumin services and products have been known as safe by health authorities like the Food and Drug Administration in United States of America, Food and Agriculture OrganizationWorld Health Organization.