The Role of Mathematics in Biology

The  Role of Mathematics in  Biology

                                                 

How is used math in biology 

  Biology and Mathematics: The Education Commission of India (1964-66) has acknowledged the contribution of Mathematics in the development of Physics and has clearly stated that Mathematics continues to play an important role in the development of Biology and Mathematics.  With the advancement of biology, the use of mathematics has increased tremendously.  The application of modern mathematics and statistics has become essential in biology.  Advanced Biology Practice Needs Advanced Mathematical Tools

 Mathematical methods and techniques are being widely used to solve complex problems such as physiology, genetics, biology, chemical changes in organisms, etc.  It is now thought that the concept of topology can be used to describe the surface of living cells.  Bacterial growth is expressed by the exponent, the exponent.  Neurologists are using new types of algebra to express the thought process.  Biologists such as Malthus, Darwin, Mendel and Alfred Russell have established and explained their formulas with the help of mathematics.
 Bio - Physics, Bio - Chemistry ,
And a tool for working with indeterminate integrated information that is widely used in the practice of biology.   Calculus Chemistry) has created two distinct subjects based on mathematics.  Currently bio mathematics is being studied in depth.  The basis of Mathematical Ecology is partial.  Helps to understand complex non-linear mechanisms.  Application of differential equatiaon and differential equation.  Modern mathematics is being used as a tool to discuss the mysteries of life creation and genetic engineering
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What is mathematical biology and how useful is it

         
 So we can conclude that.
* Bio - Science + Mathematics = Bio - Mathematics

* Bio - Science + Physics + Mathematics = Mathematical Bio - physics

* Bio - Science + Chemistry + Mathematics= Mathematical Bio - chemistry.

*  Ecology + Mathematics = Mathematical Ecology.

*Bio - Science + Technology + Mathematics =  Bio - Technology

         Mathematics use in  biology 

* Probability Theory

*Statistics.

  . * Linear Algebra •

* Abstract Algebra.

*Graph theory.

* Combinatories •

* Algebraic geometry

* • Topology

* Dynamical System

* differential equations.  .

*CPCR (Coding theory)

 Biology has a long history of using mathematics, but there is a flood of interest in the subject.  Some of these are:
* Gen Genomics Revolution - the explosion of a set of information-rich analytical tools.
* Recently discovered mathematical tools, such as the Chaos theory of biology and the Neutrosophic set (Smarandache (2005)) are true, have the potential to be false.

*Calculations and simulations are going to be done extensively which was not possible before.

 Two important fields ofmathematical biology are 

1, Ecology
 2. Evolutionary Biology

John Maynard Smith established the theory of evolutionary game combining biology and mathematics.  Anthony Bartholomay invented the halicular set theory which is used in mathematical biology, especially in medicine.  New powerful mathematical tools are needed to study modern biology and biotechnology.  As a result, mathematics has to invent new theories to meet the needs of biology and mathematics itself is enriching to help solve biological problems.  So mathematics and biology are very closely .