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© 1988 IRL Press Ltd

StrateGeneTM: object-oriented programming in molecular biology

Raymond E. Carhart , Howard D. Cash * and John F. Moore

IntelliGenetics, Inc. Mountain View, CA 94040, USA

*To whom reprint requests should be sent

This paper describes some of the ways that object-oriented programming methodologies have been used to represent and manipulate biological information in a working application. When running on a Xerox 1100 series computer, StrateGene functions as a genetic engineering workstation for the management of information about cloning experiments. It represents biological molecules, enzymes, fragments, and methods as classes, subclasses, and members in a hierarchy of objects. These objects may have various attributes, which themselves can be defined and classified. The attributes and their values can be passed from the classes of objects down to the subclasses and members. The user can modify the objects down to the subclasses and members. The user can modify the objects and their attributes while using them. New knowledge and changes to the system can be incorporated relatively easily. The operations on the biological objects are associated with the objects themselves. This makes it easier to invoke them correctly and allows generic operations to be customized for the particular object.

Received on August 24, 1987; accepted on December 5, 1987

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