Multi-core Programming for Bio-Reaction Mining Model of Eugenol-Induced Apoptosis with Honey for Cancer Treatment

摘要

The objective of the research work is to study and propose a bio reaction mining model in order to identify the exact nature of cancer cell conduct with honey and cinnamon in multi-core programming. The former diagnostic models and their fallouts divulge the molecular parallel reaction between cinnamaldehyde and honey with cancer cells. The proposed bio-reaction model encompasses the molecular simulation of the reaction mining to emphasize the effect of p53 increase, the bond weakening between ephrin B2 and eph receptors and through timely cell cycle disturbance. The reaction model is formally proved using sequent calculus. The mammoth molecular parallel reaction in the existence of a bio-catalyst with the de rigueur germane bio-ambience can be computationally modeled and simulated with the help of graph database Neo4j and Chemical Markup Language. The CUDA platform is used to run simulation for molecular parallel reactions across the three molecules and the results are shown.