The First International Conference on Electrophoresis, Supercomputing and the Human Genome

The Table of Contents for the book is as follows:

• Director's Statement

• Preface

• The Human Genome Project in the USSR

• Some Computational Challenges in the Human Genome Program

• The Human Genome Project: Opportunities and Obstacles

• The Interaction of High-Resolution Electrophoresis and Computational Analysis in Genome Mapping

• Direct Simulation of DNA Electrophoresis

• Sequencing by Oligonucleotide Hybridization: A Promising Framework in Decoding of the Genome Program?

• Partial Sequencing by Oligo-Hybridization: Concept and Applications in Genome Analysis

• Monte Carlo Modelling of Gel Electrophoresis

• A Desktop Video Image Recording and Processing System for Quantitative Gel Electrophoresis

• Abstract Graphic Images of Long DNA Sequences Suitable for Communications over Computer Networks

• Predicting Structures of DNA and Carcinogen-Modified DNA by Build-Up Techniques

• Informational-Computer Support of the Soviet National Human Genome Project and Problem of Intellectualization

• Mobility Models and Experimental Data for Lambda Phage Concatamers During Field Inversion Gel Electrophoresis

• DNA Sequencing by Oligonucleotide Hybridization

• Pattern Recognition in DNA Sequences: The Intron-Exon Junction Problem

• Electrophoretic Orientation of DNA

• Differential Cloning of Mammalian Genomic DNA by In-Gel Competitive Reassociation

• Genetical Research on Vitiligo

• Study of the Genetics of Peutz-Jegher's Syndrome in One Rare Big Family

• Molecular Strategies for Physical Mapping and Fine Structure Analysis of Flow-Sorted Human Chromosome 21

• Computer Analysis of Protein Interactions

• Overcoming the Limitations of Gel Electrophoresis: Fractionation of 0.05–0.29 Mb Open Circular DNA

• Supercomputer Simulation of Chromosomes

• Orientation of the Agarose Matrix in Electric Fields

• Computational Methods for Physical Mapping of Chromosomes

• Length Regularities of Genetic Texts

• Theoretical Model of Trapping Electrophoresis

• Brownian Dynamics Simulation of Rotational Correlation Functions for a Three-Body Macromolecular Model on an ETA¹⁰ Supercomputer