Effects of Graphene Nanopores and Temperature on DNA Sequencing Using Molecular Dynamics, M.Sc. Thesis Sharif University of Technology ; Meghdari, Ali (Supervisor) ; Khoshnood, Atefeh (Co-Advisor)
Abstract
Distinguishing the structure of DNA is of outmost importance in the medicine and agriculture industry nowadays. Various methods have been suggested so far; however, high costs, incorrect results, and time-taking process are among main defects of them. Scientists try to find new ways for recognizing DNA structure and system in order to overcome such problems. One of these new methods is absorbing and passing DNA through Nano-pores in an electrolyte solution under the influence of an electrical field. The basis of this method is the ionized currents which occur due to the passing of DNA through Nano-pores. Because each DNA base pairs can form a barrier corresponding to a unique measured value,...
Cataloging briefEffects of Graphene Nanopores and Temperature on DNA Sequencing Using Molecular Dynamics, M.Sc. Thesis Sharif University of Technology ; Meghdari, Ali (Supervisor) ; Khoshnood, Atefeh (Co-Advisor)
Abstract
Distinguishing the structure of DNA is of outmost importance in the medicine and agriculture industry nowadays. Various methods have been suggested so far; however, high costs, incorrect results, and time-taking process are among main defects of them. Scientists try to find new ways for recognizing DNA structure and system in order to overcome such problems. One of these new methods is absorbing and passing DNA through Nano-pores in an electrolyte solution under the influence of an electrical field. The basis of this method is the ionized currents which occur due to the passing of DNA through Nano-pores. Because each DNA base pairs can form a barrier corresponding to a unique measured value,...
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