1
Nnervations reaches out to the hypothalamus to regulate secretion of TRH and prolactin secretion, and then projects to the brain limbic system to modulate motivations and emotions [47]. So, gasoline induced impairment of the DA system would result in serious impacts on the neural control of voluntary locomotion and would affect several behavioural aspects.In the present study, the norepinephrine l
1
Sible to interpret these results in the light of the effects of gasoline constituents. Another study demonstrated that lead exposure enhances predatory aggression in the cat and provide experimental support for a causal relationship between lead exposure and aggressive behaviour in humans [56]. This was concomitant with deficiency in serotonin that plays an important role to counteract the aggress
1
N male rats.Parameter Duration of aggression/sec GROUP Control Leaded gasoline Unleaded gasoline Tooth chattering 0.9 ?0.23 4.7 ?1.1 a** 4.4 ?0.92 a* Threat posture 1.5 ?0.54 6 ?1.2 a* 6.2 ?1.31 a* Leaping and biting 1.9 ?0.72 5.5 ?1.45 5.9 ?1.50 Boxing position 1 ?0.42 2.2 ?0.63 2.2 ?0.Values are expressed as means ?SE a: significantly different from the control group. Asterisks indicate the leve
1
N male rats.Parameter Duration of aggression/sec GROUP Control Leaded gasoline Unleaded gasoline Tooth chattering 0.9 ?0.23 4.7 ?1.1 a** 4.4 ?0.92 a* Threat posture 1.5 ?0.54 6 ?1.2 a* 6.2 ?1.31 a* Leaping and biting 1.9 ?0.72 5.5 ?1.45 5.9 ?1.50 Boxing position 1 ?0.42 2.2 ?0.63 2.2 ?0.Values are expressed as means ?SE a: significantly different from the control group. Asterisks indicate the leve
1
Nnervations reaches out to the hypothalamus to regulate secretion of TRH and prolactin secretion, and then projects to the brain limbic system to modulate motivations and emotions [47]. So, gasoline induced impairment of the DA system would result in serious impacts on the neural control of voluntary locomotion and would affect several behavioural aspects.In the present study, the norepinephrine l
1
Between the groups inhaled the leaded gasoline and the control. The GSH content was lower in both the leaded and unleaded gasoline groups than the control group, but GSH in the unleaded group was higher than in the leaded group. The unleaded gasoline exposed group exhibited a significant decrease in superoxide dismutase activity in comparison with either the leaded gasoline or the control groups.
1
N male rats.Parameter Duration of aggression/sec GROUP Control Leaded gasoline Unleaded gasoline Tooth chattering 0.9 ?0.23 4.7 ?1.1 a** 4.4 ?0.92 a* Threat posture 1.5 ?0.54 6 ?1.2 a* 6.2 ?1.31 a* Leaping and biting 1.9 ?0.72 5.5 ?1.45 5.9 ?1.50 Boxing position 1 ?0.42 2.2 ?0.63 2.2 ?0.Values are expressed as means ?SE a: significantly different from the control group. Asterisks indicate the leve
1
Sible to interpret these results in the light of the effects of gasoline constituents. Another study demonstrated that lead exposure enhances predatory aggression in the cat and provide experimental support for a causal relationship between lead exposure and aggressive behaviour in humans [56]. This was concomitant with deficiency in serotonin that plays an important role to counteract the aggress