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Bilateral gynandromorphism in Dermacentor andersoni (Acari: Ixodidae): morphologic and cytogenetic analysis.

A Dermacentor andersoni bilateral gynandromorph, removed from a laboratory-reared colony, was studied morphologically using scanning electron microscopy and cytogenetically by means of the aceto-orcein squash technique. The morphological sexual dimorphism was correlated with the chromosomal constitution usually found in each sex [i.e., the morphologically male side had a testis with spermatogonial cells containing 2n = 21 (20 + X) chromosomes and the female side had ovaries with oogonial cells containing 2n = 22 (20 + 2X) chromosomes]. The dimorphism, therefore, is the result of unequal distribution of sex-linked chromosomes rather than control at the gene or physiological level.