A logistic First Order Difference Equation of Periodic Chemotherapy Model

P.Mohankurmar; A.Ramesh; P.Mohankurmar; A.Ramesh

Published

A logistic First Order Difference Equation of Periodic Chemotherapy Model

P.Mohankurmar

,

A.Ramesh

Published in November 2013 Issue 8 (Vol. 1, Issue 8, 2013)

A logistic First Order Difference Equation of Periodic Chemotherapy Model - Issue cover

Keywords

Logistic difference equation Growth cancer Chemotherapy bifurcation equilibrium

Abstract

A logistic difference equation behavior with a periodic chemetherapy model is used to growth of cancer cells. To study the growth rate of behavior of the chemotherapy

Authors (2)

P.Mohankurmar

Professor of Mathematics, Aaar...Professor of Mathematics, Aaarupadaiveedu Institut...Professor of Mathematics, Aaarupadaiveedu Institute of Techonology, Vi...Professor of Mathematics, Aaarupadaiveedu Institute of Techonology, Vinayaka Mission University, Kan...

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A.Ramesh

Senior Lecturer in Mathematics...Senior Lecturer in Mathematics, District Institute...Senior Lecturer in Mathematics, District Institute of Education and Tr...Senior Lecturer in Mathematics, District Institute of Education and Training, Uthamacholapuram, Sale...

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Article Information

Published in:

November 2013 Issue 8 (Vol. 1, Issue 8, 2013)

Article ID:

AJPHR18010

Paper ID:

AJPHR-01-000059

Published Date:

2013-11-01

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Citation Format

P.Mohankurmar & A.Ramesh (2013). A logistic First Order Difference Equation of Periodic Chemotherapy Model. American Journal of Pharmacy and Health Research, 1(8), xx-xx. https://ajphr.com/articles/AJPHR18010