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An abstract of the thesis of Dawn Michele Andrews for the Master of Science in Biology presented December 6, 1996. Title: Chemical Communication in House Mice (Mus musculus): Can They Recognize Gender from the Anogenital, Harderian Gland or Mouth/ Nose Odor? Identifying the sensory systems animals employ to communicate chemically and the function of the chemical signals facilitates further understanding of chemical communication. Increased knowledge of how animals use the olfactory and vomeronasal systems in order to interpret the meaning of body odors will aid in developing a more detailed organization of chemosensory pathways. The message that each body odor contains can change from species to species. The purpose of this thesis was to study three previously untested body odors in house mice (M musculus) for their role in gender recognition of conspecifics. These odors are the anogenital (feces, urine, and preputial gland secretions), the Harderian gland (Harderian gland sebaceous secretion; gland located at inner comer of eye), and moutltlnose (saliva, mucus, and food). The amount of time in seconds and the number of sniffs were measured in an habituation paradigm which involved four trials per odor.

Chemical Communication in House Mice (Mus musculus): Can They Recognize Gender from the Anogenital, Harderian Gland or Mouth/Nose Odor?