| 123 | -- | 125 | Joaquín Dopazo, A. Rodriguez, J. C. Saiz, F. Sobrino. Design of primers for PCR amplification of highly variable genomes |
| 133 | -- | 139 | J. E. Solomon, M. G. Harrington. A robust, high-sensitivity algorithm for automated detection of proteins in two-dimensional electrophoresis gels |
| 141 | -- | 146 | Kiyoshi Asai, Satoru Hayamizu, Ken ichi Handa. Prediction of protein secondary structure by the hidden Markov model |
| 147 | -- | 152 | F. Sasagawa, K. Tajima. Prediction of protein secondary structures by a neural network |
| 153 | -- | 159 | Y. Matsuo, Minoru Kanehisa. An approach to systematic detection of protein structural motifs |
| 161 | -- | 167 | Makoto Hirosawa, Masaki Hoshida, Masato Ishikawa, Tomoyuki Toya. MASCOT: multiple alignment system for protein sequences based on three- way dynamic programming |
| 169 | -- | 176 | Webb Miller. Building multiple alignments from pairwise alignments |
| 177 | -- | 182 | Yves Van de Peer, Rupert De Wachter. TREECON: a software package for the construction and drawing of evolutionary trees |
| 183 | -- | 189 | K. Rohde, Peer Bork. A fast, sensitive pattern-matching approach for protein sequences |
| 191 | -- | 196 | Claudine Landes, Alain Hénaut, Jean-Loup Risler. Dot-plot comparisons by multivariate analysis (DOCMA): a tool for classifying protein sequences |
| 197 | -- | 199 | Gilbert Deléage, Christophe Geourjon. An interactive graphic program for calculating the secondary structure content of proteins from circular dichroism spectrum |
| 201 | -- | 203 | A. Jamie Cuticchia, Jonathan Arnold, William E. Timberlake. PCAP: probe choice and analysis package - a set of programs to aid in choosing synthetic oligomers for contig mapping |
| 205 | -- | 209 | Pasquale Petrilli. Classification of protein sequences by their dipeptide composition |
| 211 | -- | 214 | B. K. Kiong, Tin Wee Tan. A hypertext-like approach to navigating through the GCG sequence analysis package |
| 215 | -- | 219 | A. Jamie Cuticchia, Jonathan Arnold, William E. Timberlake. ODS: ordering DNA sequences - a physical mapping algorithm based on simulated annealing |
| 221 | -- | 226 | Barry S. Fagin, J. Gill Watt, R. Gross. A special-purpose processor for gene sequence analysis |