| 167 | -- | 170 | K. D. Gruskin, Temple F. Smith. Molecular genetics and computer analyses |
| 171 | -- | 175 | A. H. Reisner, C. A. Bucholtz. Two-dimensional abstract representations (signatures) of proteins |
| 177 | -- | 181 | H. B. Nicholas Jr., W. H. McClain. An algorithm for discriminating sequences and its application to yeast transfer RNA |
| 183 | -- | 187 | David Penny, Michael D. Hendy. TurboTree: a fast algorithm for minimal trees |
| 189 | -- | 192 | N. J. Moote, P. Chenier, M. Mikhail, J. Drouin. A program for the graphic representation and manipulation of DNA sequences |
| 193 | -- | 201 | Andrzej K. Konopka, G. W. Smythers. DISTAN--a program which detects significant distances between short oligonucleotides |
| 203 | -- | 210 | F. Michiels, A. G. Craig, Günther Zehetner, G. P. Smith, Hans Lehrach. Molecular approaches to genome analysis: a strategy for the construction of ordered overlapping clone libraries |
| 211 | -- | 216 | W. W. Ralph, Teresa A. Webster, Temple F. Smith. A modified Chou and Fasman protein structure algorithm |
| 217 | -- | 221 | M. Bernstein. Using spreadsheet languages to understand sequence analysis algorithms |
| 223 | -- | 227 | G. Mengeritsky, Temple F. Smith. Recognition of characteristic patterns in sets of functionally equivalent DNA sequences |
| 229 | -- | 232 | M. Bernstein. Reducing the man-machine barrier: the Sequence Analysis Workbench |
| 233 | -- | 238 | Andrew Wohlgemuth, Devendra P. Dubey. Symbolic reinterpretation of HLA gene products--impact on interpretation of HLA data at the molecular level |
| 239 | -- | 241 | Desmond G. Higgins, Manolo Gouy. Interfacing similarity search software with the sequence retrieval system ACNUC |
| 243 | -- | 244 | U. Grob, K. Stuber. GENEXPERT, a program system for nucleic acid sequence structural interpretation |
| 245 | -- | 246 | János Csirik, J. Magyar, G. Polner. A computer algorithm to determine the recognition site of restriction enzymes |