By Raina Robeva

Written by means of specialists in either arithmetic and biology, *Algebraic and Discrete Mathematical tools for contemporary Biology* bargains a bridge among math and biology, delivering a framework for simulating, interpreting, predicting, and modulating the habit of complicated organic platforms. every one bankruptcy starts with a question from smooth biology, via the outline of sure mathematical equipment and conception applicable within the seek of solutions. each subject offers a fast-track pathway in the course of the challenge by way of providing the organic origin, overlaying the proper mathematical concept, and highlighting connections among them. some of the initiatives and routines embedded in each one bankruptcy make the most of really good software program, offering scholars with much-needed familiarity and event with computing purposes, serious parts of the "modern biology" ability set. This ebook is suitable for arithmetic classes resembling finite arithmetic, discrete constructions, linear algebra, abstract/modern algebra, graph idea, chance, bioinformatics, data, biostatistics, and modeling, in addition to for biology classes resembling genetics, mobilephone and molecular biology, biochemistry, ecology, and evolution.

- Examines major questions in sleek biology and their mathematical treatments
- Presents vital mathematical thoughts and instruments within the context of crucial biology
- Features fabric of curiosity to scholars in either arithmetic and biology
- Presents chapters in modular structure so insurance needn't persist with the desk of Contents
- Introduces initiatives acceptable for undergraduate research
- Utilizes freely available software program for visualisation, simulation, and research in smooth biology
- Requires no calculus as a prerequisite
- Provides an entire recommendations Manual
- Features a spouse site with supplementary resources

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**Extra info for Algebraic and Discrete Mathematical Methods for Modern Biology**

**Example text**

2 MODELING PREDATOR-PREY RELATIONSHIPS WITH FOOD WEBS Have you ever played the game Jenga? It’s a game where towers are built from interwoven wooden blocks, and each player tries to remove a single block without the tower falling. The player who crashes the tower of blocks loses the game. Food webs are towers of organisms. Each organism depends for food on one or many other organisms in an ecosystem. The exceptions are the primary producers—the organisms at the foundation of the ecosystems that produce their energy from sunlight through photosynthesis or from chemicals through chemosynthesis.

C. d. the most numerous species in a food web; the species which occupies the most space; the species with the highest total body mass; the species that contributes the most energy flow. 2 Trophic Status Kelp 0 0 Sea urchins 1 1 Small fishes 1 1 Large crabs 2 3 Sea otters 3 7 Sharks 4 12 Food Webs and Graphs Chapter| 2 35 One example of a dominance definition, which incorporates both the number of species that are direct or indirect prey and the extent of energy transfer, is based on the trophic status of the species.

Choose a location and a species and design a habitat for this species in that location. 4 COMPETITION GRAPHS AND HABITAT DIMENSION We will now use food webs to create additional models to help determine the dimension of community habitats from these relationships. 1 Competition Graphs (also Called Niche Overlap Graphs and Predator Graphs) Given a food web, its competition graph is a new (undirected) graph that is created as follows. The vertices are the species in the community and there is an edge between species a and species b if and only if a and b have a common prey, that is, if there is some x so that there are arcs from x to a and x to b in the food web.