Growth Factor Inhibiting PKC Sensor in E-coli Environment Using Classification Technique and ANN Method

Protein kinease C plays an important role in angiogenesis and apoptosis in cancer. During the phase of angiogenesis the growth factor is up regulated where as during apoptosis the growth factor is down regulated. For down regulation of growth factor the pH environment of intra-cellular fluid has a specific range in the alkaline medium. Protein kinease C along with E-coli through interaction of Selenometabolite is able to maintain that alkaline environment for the apoptosis of the cancer cell with inhibition of the growth factor related to antioxidant/oxidant ratio. The present paper through implementation of Artificial Neural Network and Decision Tree has focused on metastasis linked with Capacitance Relaxation phenomena and down regulation of growth factor (VGEF). In this paper a distributed neural network has been applied to a data mining problem for classification of cancer stages inorder to have proper diagnosis of patient with PKC sensor. The Network was trained off line using 270 patterns each of 6 inputs. Using the weight obtained during training, fresh patterns were tested for accuracy in diagnosis linked with the stages of cancer

A Model Linked to E. Coli Related to Electrostrictive Energy in Cancer Cell

The paper has focused on a new concept in respect of the status of oxidant/antioxidant in cancer cell following radiation therapy. And in this respect a model has been developed linked with an environment of E.Coli in which TrpRS II is induced after radiation damage. It is interesting to note that Electrostrictive energy is the input to the model the output of which is the oxidant/antioxidant ratio. This ratio is related to the status of Electrostrictive energy derived from capacitance relaxation phenomenon (US patent No. US Patent No. TK Basak 5691178, 1997) in cancer cell. The oxidant/antioxidant ratio is linked to Electrostrictive energy with increasing pH. This paper discusses about the status of phosphorylation and dephosphorylation after radiation therapy linked to E.Coli environment against the pH gradient is indicative for the treatment of cancer