No evidence for a Y chromosomal effect on alternative behavioral strategies in mice

This study takes the first step toward testing a Y chromosomal effect on both aggression and thermoregulatory nest-building behavior in mouse lines either bidirectionally selected for short (SAL) and long (LAL) attack latency or high (HIGH) and low (LOW) nest-building behavior. Using reciprocal cros...

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Published in:Behavior genetics 1997-09, Vol.27 (5), p.477-482
Main Authors: Sluyter, F, Bult, A, Lynch, C B, Meeter, F, van Oortmerssen, G A
Format: Article
Language:English
Subjects:
Aggression - physiology
Animals
Arousal - genetics
Biological Evolution
Body Temperature Regulation - genetics
Crosses, Genetic
Female
Male
Mice
Nesting Behavior - physiology
Reaction Time - genetics
Selection, Genetic
Y Chromosome
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container_issue 5
container_start_page 477
container_title Behavior genetics
container_volume 27
creator Sluyter, F
Bult, A
Lynch, C B
Meeter, F
van Oortmerssen, G A
description This study takes the first step toward testing a Y chromosomal effect on both aggression and thermoregulatory nest-building behavior in mouse lines either bidirectionally selected for short (SAL) and long (LAL) attack latency or high (HIGH) and low (LOW) nest-building behavior. Using reciprocal crosses between SAL and LAL, and between HIGH and LOW, we found no indications for Y chromosomal effects on thermoregulatory nest-building behavior. As for aggression, we confirmed earlier studies on SAL and LAL, i.e., the origin of the Y chromosome influences attack latency, i.e., aggression. However, we did not find indications for a Y chromosomal effect on aggression in the HIGH and LOW lines. Since aggression and nest-building behavior have been shown to be characteristic parameters of two fundamentally different behavioral strategies, the present data underline the improbability of Y chromosomal genes underlying the genetic architecture of alternative behavioral strategies.
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subjects Aggression - physiology
Animals
Arousal - genetics
Biological Evolution
Body Temperature Regulation - genetics
Crosses, Genetic
Female
Male
Mice
Nesting Behavior - physiology
Reaction Time - genetics
Selection, Genetic
Y Chromosome
title No evidence for a Y chromosomal effect on alternative behavioral strategies in mice
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