Aggression in humans: What is its biological foundation?

@article{Albert1994AggressionIH,
  title={Aggression in humans: What is its biological foundation?},
  author={D. Albert and M. Walsh and R. H. Jonik},
  journal={Neuroscience \& Biobehavioral Reviews},
  year={1994},
  volume={17},
  pages={405-425}
}
Although human aggression is frequently inferred to parallel aggression based on testosterone in nonprimate mammals, there is little concrete support for this position. High- and low-aggression individuals do not consistently differ in serum testosterone. Aggression does not change at puberty when testosterone levels increase. Aggression does not increase in hypogonadal males (or females) when exogenous testosterone is administered to support sexual activity. Similarly, there are no reports… Expand
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References

SHOWING 1-10 OF 279 REFERENCES
Hormone-dependent aggression in male and female rats: Experiential, hormonal, and neural foundations
TLDR
The present review examines the experiential events which activate hormone-dependent aggression, the relation of the aggression to gonadal hormones, and the neural structures that participate in its modulation. Expand
Androgens and aggressive behavior in primates: A review
This review deals with possible central and peripheral effects of androgens upon primate aggressive behavior. One problem that clouds interpretation of experimental work is that measurements of… Expand
The influence of testosterone on human aggression.
  • J. Archer
  • Psychology, Medicine
  • British journal of psychology
  • 1991
TLDR
This review assesses studies involving androgens, principally testosterone, and human aggression, and suggests that the outcome of aggressive and competitive encounters can alter testosterone levels, thus confounding interpretation of the correlational evidence. Expand
Plasma androgens in violent and nonviolent sex offenders.
TLDR
The group of rapists judged to have been the most violent at the time of the offense had a significantly higher mean plasma testosterone level than normals, child molesters, or other rapists in the study, and this relationship was investigated further. Expand
Testosterone and Aggression in Birds
The familiar spring sound of birdsongs heralds the onset of territory formation and a complex sequence of interrelated events that make up the breeding period. Such songs are an integral part of the… Expand
Assessment of Aggressive Behavior and Plasma Testosterone in a Young Criminal Population
TLDR
It is presented that within a population that is predisposed by virtue of social factors to develop antisocial behaviors, levels of testosterone may be an important additional factor in placing individuals at risk to commit more aggressive crimes in adolescence. Expand
Hormone-dependent aggression in male rats is proportional to serum testosterone concentration but sexual behavior is not
TLDR
In a male cohabiting with a female, sexual experience activates hormone-dependent aggression toward an unfamiliar male but the level of aggression that develops depends on the serum testosterone concentration in the resident male. Expand
Ovariectomy attenuates aggression by female rats cohabitating with sexually active sterile males
TLDR
The results confirm that female cohabiting with a sterile male become aggressive and demonstrate that ovariectomy greatly attenuates but does not entirely abolish aggression toward an unfamiliar female intruder. Expand
Androgens, aggressive behaviour and social relationships in higher mammals.
TLDR
It has generally been shown that aggressive behaviour in male ungulates depends largely on androgens and that in female ungulate androgen treatment consistently raises social rank, with or without modification in aggressiveness, and that Primates seem to be less dependent on androgen for the expression of aggressive behaviour and social status. Expand
Cohabitation with a female activates testosterone-dependent social aggression in male rats independently of changes in serum testosterone concentration
TLDR
Both repeated exposure to unfamiliar males as well as cohabitation with a female are effective stimuli for activation of testosterone-dependent social aggression. Expand
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