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Molecular Genetic Information Systems : Modelling and Simulation / hrsg. von Klaus Bellmann.

DGBA Physical Sciences <1990 Available online

View online
Format:
Book
Contributor:
Bellmann, K., Contributor.
Bellmann, Klaus, Contributor.
Bellmann, Klaus, Editor.
Bobn, J., Contributor.
Bokn, J., Contributor.
Born, J., Contributor.
Böttner, R., Contributor.
Cierzynski, T., Contributor.
Knijnenburg, A., Contributor.
Kreischeb, U., Contributor.
Kreischer, U., Contributor.
Lindigkeit, R., Contributor.
Neumann, H., Contributor.
Ratner, V. A., Contributor.
Rosen, R., Contributor.
Schulz, R., Contributor.
Tchubaev, R. N., Contributor.
Tchuraev, R. N., Contributor.
Language:
German
Subjects (All):
Genetic regulation.
Molecular genetics.
Physical Description:
1 online resource (326 p.) : 115 Figures and 23 Tables
Edition:
Reprint 2022
Place of Publication:
Berlin ; Boston : De Gruyter, [1983]
Language Note:
In German.
Summary:
This book, edited by Klaus Bellmann, explores the intersection of molecular biology, systems theory, and informatics through the lens of cybernetics. It focuses on modeling and simulating molecular genetic information systems, aiming to understand genetic information processing in biological systems. The work involves contributions from various experts who analyze and simulate the control mechanisms of genetic systems, particularly in prokaryotic organisms. The book is intended for researchers and scholars in the fields of molecular genetics, systems biology, and computational biology, providing tools and algorithms for simulation experiments aimed at deducing the properties of genetic control systems. Generated by AI.
Contents:
Frontmatter
Preface
List of Contributors
Contents
Introduction
1. Dynamic Modelling of Genetic and Epigenetic Control
2. A Discrete Stochastic Simulation Model of the Regulation of Gene Expression with Variable Control Characteristics
3. A Continuous Approach with Threshold Characterists for Simulation of Gene Expression
4. Modelling of Epigenetic Networks Composed of Monogenic Units of Gene Expression, with Reference to Bacteriophage lambda Development
5. Mathematico-Cybernetical Model of Prokaryotic Transcription Systems
6. SIMTRA — a Programming System for Modelling of Molecular Genetic Processes
7. Modelling and simulation in analysis of eukaryotic transcription control
8. Discrete simulation of replication of a RNA-bacteriophage prototype system
9. Numerical adaptation of parameters in simulation models using evolution strategies
Subject Index
Notes:
Description based on online resource; title from PDF title page (publisher's Web site, viewed 07. Nov 2022)
Part of the metadata in this record was created by AI, based on the text of the resource.
Description based on publisher supplied metadata and other sources.
ISBN:
9783112658949
3112658949
OCLC:
1350571283

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