This README describes areas of ongoing Biological Research where applied discrete mathematics is beneficial to the formulation and categorization of tissue. Bioblog Blog was initiated as an Open Source store for Applied Biological Research. The intent beingthis research could influencethe These could be based on Nuclear Magnetic Resonance, X-Ray, Computed Tomography or even Ultrasound.
In each application mentioned previously it is apparent that there are Discrete Structures in the formulation of Biological and Chemical processes. Even in an algebraic, or algorithmic sense, being able to represent a number of these processes symbolically really simplifies the visual illustration the Software graphics are generating.
Cellular Automata Models in Biology D G Green
https://embryo.asu.edu/pages/john-von-neumanns-cellular-automata
There are certain Biological processes whose systemic behavior resembles a discrete function expressed as a multitude of discrete analogues. There are certain Biological transformations that are recipes. When we describe them as repeated steps we simplify the complexity of describing them. This provides a way to manage large processes with varied molecular outcomes, as a copy of another analog system.
Here are some really good examples: . The aim of bioblog is to present the extrapolation for large scale discrete analysis applied in a biological context. Many reoccurring patterns within Data Analysis are actually formulations of underlying algorithms. Because algorithms can be specified and categorized in much more efficient systems today, versus in the past, it stands that there are also many more opportunities to simplify the analysis of large swathes of biological data.
These problems are assumed to have limited quantitative information about them. This is incorrect. There is a lot of really good research on Biological problems which would constitute an open discussion representing biological and chemical processes as individual discrete systems.
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