Observation of Marking-Like Behavior, Marking Behavior, and Growth of the Scent Gland in Young Mongolian Gerbils (Meriones unguiculatus) of an inbred Strain
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概要
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A marking-like behavior (defined by authors), a marking behavior, and growth of the scent glands were observed in young Mongolian gerbils of an inbred strain. In males and females, a marking-like behavior, in which animals rub their abdominal scent glands on the floor, began to be seen at the age of 19 days and could be seen in almost all the gerbils at 22 days of age during the suckling period. The frequency of this behavior was highest at 60 days of age (males: 17.9/10 min, females: 15.4/10 min) and there was no sex difference. Marking behavior, in which animals rub their abdominal scent glands on small protruding objects, began to be seen at the age of 40 days in males and 50 days in females. The frequency of this behavior tended to increase until 90 days of age in males (13.7/10 min), but the levels were low (2.5-5.0/10 min) in females. The values in the male group therefore tended to be higher than that in the female group. Macroscopic scent gland pads were clearly observed at the age of 30 days in males, but not until 45 days of age in females. At the age of 45-90 days, the length of the scent gland pad in males and females was 2.1-2.8 and 1.6-1.7 cm, respectively and the width was 0.3-0.5 in males and 0.2-0.3 cm in females. During this period, the length and depth of the pads in males were significantly greater than those in females (p<0.05). Histological examination of the structure of the scent glands after the age of 45 days showed that the development of clusters of acinar cells in females occurred much later than that in males, but the basic structure of these glands was similar in both sexes. These results suggest that the marking-like behavior was manifested although during the period when the scent glands had not yet developed, whereas true marking behavior first occurred when the glands were moderately well developed.
- 社団法人 日本実験動物学会の論文
- 1999-10-01
著者
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Saito T
Nippon Veterinary And Animal Sci. Univ. Tokyo Jpn
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Saito Toru
Behavioral Neuroscience Laboratory Graduate School Of Veterinary Medicine Nippon Veterinary And Life
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Arkin Abliz
Division Of Laboratory Animal Science Nippon Veterinary And Animal Science University
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Saito T
Inst. Environmental Toxicology Tokyo Jpn
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TAKAHASHI Kazuaki
Division of Laboratory Animal Science, Nippon Veterinary and Animal Science University
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TAKAHASHI Kimimasa
Division of Veterinary Pathology, Nippon Veterinary and Animal Science University
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AMAO Hiromi
Division of Laboratory Animal Science
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Aoki-komori Shinobu
Division Of Veterinary Surgery Nippon Veterinary And Animal Science University
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Aoki-komori Shinobu
Department Of Veterinary Surgery Nippon Veterinary And Animal Science University
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Takahashi Kazuaki
Division Of Veterinary Pathology Nippon Veterinary And Animal Science University
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Takahashi Kimimasa
Division Of Laboratory Animal Science Nippon Veterinary And Animal Science University
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Takahashi K
Division Of Veterinary Pathology Nippon Veterinary And Animal Science University
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Amao H
Division Of Laboratory Animal Science Nippon Veterinary And Animal Science University
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SAITO Toro
Division of Laboratory Animal Science
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SUGIYAMA Masahiro
Division of Veterinary Pathology
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AOKI-KOMORI Shinobu
Veterinary Medical Teaching Hospital, Nippon Veterinary and Animal Science University
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Saito T
Behavioral Neuroscience Laboratory Graduate School Of Veterinary Medicine Nippon Veterinary And Life
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TAUCHI Kiyonori
Imamichi Institute for Animal Reproduction
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Saito Toru
Department Of Comparative And Behavioral Medicine Nippon Veterinary And Life Science University
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Saito Toru
Behavioral Neuroscience Laboratory Nippon Veterinary And Animal Science University
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Takahashi Kazuaki
Division Of Laboratory Animal Science Nippon Veterinary And Animal Science University
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Saito Toru
Division Of Laboratory Animal Science Nippon Veterinary And Animal Science University
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Arkin Abliz
Division of Laboratory Animal Science
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