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Mean genes: From sex to money to food: Taming our primal instincts, by Terry Burnham and Jay Phelan. Authors; Authors and affiliations. Kate L HertweckEmail author. Kate L Hertweck. Email author. 1.National Evolutionary Synthesis Center (NESCent)DurhamUK. First Online: 17.

Figure 1 Tests of Offensive Aggressive Behavior in Mice Two classic tests used to evaluate offensive aggressive behavior in mice are depicted. The isolation-induced aggression test measures intermale aggression (right). Tuesdays With Morrie Pdf Torrent Download. A male adult mouse (called resident and depicted in white) is isolated for 4 weeks and then exposed to an intruder (depicted in black), a male of the same age that has been housed as part of a group. During a 3 min test, the resident will generally attack the intruder several times, presumably to defend its territory.

The motor pattern is characteristic and consists of chase, offensive postures, and bite and kick attacks; the bite targets are primarily the tail, rump, and back. The maternal aggression test (right) is used to measure female aggression. To defend her pups, a lactating female attacks a male or a female conspecific intruder with a very short latency and with a high intensity form of attack, predominantly targeted at the head and upper back. In both tests, administration of serenics such as eltoprazine increases the latency to the first attack and decreases the number and intensity of the attacks without having a sedative effect.

Figure 2 Use of Recombinant Inbred Strains and Quantitative Trait Loci Analysis to Identify Genes Involved in Aggressive Behavior Strains of mice have been selectively bred for many behavioral features such as aggressiveness or docility. Brother–sister inbreeding for at least 20 generations results in inbred strains that are homozygous for all their genes. The F1 hybrids between the two progenitor inbred strains will be heterozygous for all the genes for which the progenitor strains differ. During the F2 (progeny of F1 matings) and subsequent inbreeding, the progenitor chromosomes are recombined by crossing over of homologous chromosomes several times per chromosome. The resulting recombinant inbred (RI) strains will display an average of 64 crossover events, which corresponds to about 3 times for a chromosome of average length.

These RI strains are then ranked by their levels of aggressiveness (shades of gray). If one of the polymorphic loci has a major effect on aggressiveness, two separate clusters of RI strains should be obtained (either black or white).

Conversely, a continuous distribution of RI strains suggests multigenic inheritance (various shades of gray). Download Korean Movie Love 911 on this page. Most behavioral traits that have been analyzed appear to involve multiple genes of varying effect size. In the hypothetical example shown here, at least two loci contribute to aggressive behavior. Such loci are called quantitative trait loci (QTL) because they contribute only to a fraction of the studied trait, in this case aggressiveness. To localize the QTLs, the genome of each recombinant strain is screened for genetic markers that are known to differ between the two progenitor strains. The recent development of dense genetic maps allows the localization of the genes of interest within a few million base pairs. Candidate genes can then be identified either by positional cloning or because known genes have been mapped at these loci.