A Study of Cancer Cell through Sequencing Model

Abstract

The condition to cure of cancer is presented in this paper. Curable, incurable, and destroyable conditions are formulated by the sequencing theory. The role of real number is generalized on the proposed method. The sequencing theory is applied on the cancer cell. The proposed model presents the computational overview of the cancer cell in context to measure and cure. There is set of conditions carried the time and cell sequence. These sequences are interacted with the characteristics of real numbers for measuring the growth rate of cancer cell. There is the curing function defined by the anticancer cell matrix. This matrix is formed by the study of growth of cancer cell in the finite domain of real number. Thus, the output is analyzed under the feasible region for optimizing the curing programming. The cancer cell identification and its classification according to the cure possibility are the key objective of this paper in the finite domain of real numbers.