Although personality is raised in decades, the relationship between plasticity and personality remains unclear, and the underlying neurophysiological mechanisms are not yet understood. Here, we answered this gap by comprehensive involvement in field surveys, behavior tests, biochemical analysis of predatory aggressively with Wolf Spider, Hippase Holmerae. Total 103 H. Holmerae collected from a field of fields and their willingness to attack a dangerous east eastern Indian Antig (Carebara varies) each examined. We know that almost half of individuals appeared in high behavioral behavior while others appeared in apparent personality, and the consequences of modeling methods can limit adaptation of plasticity. The brain of individuals showing openly high or low aggressive is subject to transcriptoke analysis. The results show that 19 physiological systems with more than 20% of their colleague genees showing patterns of expressing different groups and low aggressive groups. In addition, almost all of these differences are due to genes that are mostly uptimated by aggressive people. The consequences of biochemical analysis revealed that the braintophan’s tryptophan concentration of aggressive people is significantly lower than the low aggressive. These gene expressions and amine patterns of characters agree with the characteristics of large and small individual machines suggested by life management models and energy management models. Here, we show the partner of the Person in a population and shows the differences in personality in many variations in many physiological systems. These results highlight the importance of identifying personality and plasticity of moral tests and the importance of comprehensive examination of many systems while performing personality studies.
Li, Y., Yen, Yen, Yen, Hsu, Y., & Tso, I. (2025). Spider Predatory Exhibit aggressively different personalities and plasticity associations and complex neurophysiological mechanisms. Scientific reports,, 15(1), 1-15. https://doi.org/10.1038/s41598-025-01360-0-0
