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Mutants of the maroon-like complex, representative of the five known complementation classes, were subjected to fine structure mapping experiments utilizing a nutritional selective procedure which permits the survival of rare ma-l(+) progeny from large-scale crosses. The analysis provides an internally consistent, unique map, colinear with the complementation map. Noncomplementers exhibit a polarized mapping distribution. In addition to ma-l(+) recombinants, the selective medium permitted the survival of ma-l(+) exceptionals not associated with recombination for adjacent markers. Analysis of the exceptionals favors their origin as convertants.

Studies on Genetic Organization in Higher Organisms, II. Complementation and Fine Structure of the Maroon-like Locus of Drosophila melanogaster