M. C. Shanmukha^{1}, N. S. Basavarajappa^{2}, K. N. Anil Kumar^{3} and A. Usha^{4}^{1}Department of Mathematics,Jain Institute of Technology, Davanagere-577003, Karnataka, Indiaand affiliated to Visvesvaraya Technological University, Belagavi, Karnataka, IndiaEmail:mcshanmukha@gmail.com^{2,3}Department of Mathematics,Bapuji Institute of Engineering and Technology, Davanagere-577004, Karnataka, Indiaand affiliated to Visvesvaraya Technological University, Belagavi, Karnataka, IndiaEmail:dr.nsbasavaraj@gmail.com, kn.anil5340@gmail.com^{4}Department of Mathematics,Alliance College of Engineering and Design, Alliance University,Anekal-Chandapura Road, Bangalore-562106, Karnataka, IndiaEmail:usha.arcot@alliance.edu.in(Received : February 13, 2020 ; Revised: May 02, 2020)AbstractThe drugs which are effective for malignant disease are anticancer drugs. They are also called antineo plastics. Anti cancer drugs are classified into several classes which include alkalyting agents, harmones and anti metabolites. Studies reveal the fact that, there will be an intrinsic relationship with the properties of alkanes and also drugs(e.g., Boiling Point-BP and Melting Point-MP) with its chemical structure. In this paper, various topological indices are defined on the drug to assist the researchers for better understanding of physical properties and chemical reactions. Here the topological indices are defined and computed for an anticancer drug. 2010 Mathematics Subject Classifications: 05C05, 05C12, 05C35.Keywords and phrases: Atom Bond Connectivity (ABC) indices, Symmetric division index(SDD), F−indices, Multiplicative F−indices, F−polynomial indices, Anticancer drug. |

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