Abstract is missing.
- Forword
- Preface
- On the Optimality of the Dayhoff Matrix for Computing the Similarity Score Between Fragments of Biological SequencesAndrey M. Leontovich. 1-10
- On the Distribution of the Maximum Similarity Score for Fragments of Two Random SequencesVladimir I. Piterbarg. 11-18
- Computer Functional Analysis of Nucleotide Sequences: Problems and ApproachesMikhail S. Gelfand. 19-62
- Comparative Analysis of Biopolymer Sequences: Reflections on the Validity of the Methodology and the Underlying General PrinciplesEugene V. Koonin. 63-74
- A New Method for Recognition of Structural and Functional Motifs in Protein Sequences Based on the Principal Component Analysis of Profiles of Physico-Chemical PropertiesD. R. Davydov, I. Erlikh, E. E. Klotz, V. G. Fridman. 75-86
- Prediction of Protein-Coding Regions in DNA of Higher EukaryotesMikhail S. Gelfand. 87-98
- DNA Physical Mapping, Flows in Networks and Minimum Cycles Mean in GraphsPavel A. Pevzner. 99-112
- Fast Algorithm for Optimal Aligning of Symbol SequencesMikhail A. Roytberg. 113-126
- GeneBee: The Program Package for Biopolymer Structure AnalysisL. I. Brodsky, A. V. Vasilyev, Ya. L. Kalaydzidis, Yu. S. Osipov, R. L. Tatuzov, S. I. Feranchuk. 127-140
- Data Compression and the Use of Vector Operations for the Fast Search Problems in Analysis of Biological SequencesR. L. Tatuzov, T. A. Mamikonova. 141-144
- Organization and Storage of Information in Molecular Genetics Data BanksR. L. Tatuzov, T. A. Mamikonova. 145