ライフサイエンスコーパス: temperamental

1 Dogs display temperamental and behavioral variation between individua

2 raphic, familial, and children's behavioral, temperamental, and clinical outcomes were adjusted in th

3 on between individuals, just as psychiatric, temperamental, and cognitive traits vary in humans.

4 neural substrates and biomarkers, childhood temperamental antecedents, and treatment response.

5 versely predicted almost 30% of variation in temperamental anxiety.

6 oral and physiological features of these two temperamental categories are moderately stable from infa

7 s well as by genetically influenced parental temperamental characteristics.

8 wledge, this is the first demonstration that temperamental differences measured at 4 months of age ha

9 These temperamental differences rooted in infancy may be relev

10 y and controls who were average in these two temperamental dimensions.

11 em self-report instrument that measures four temperamental dimensions: harm avoidance, reward depende

12 Temperamental, emotional, and cognitive aspects of aggre

13 bHR) and bred low-responder (bLR) rats model temperamental extremes, exhibiting large differences in

14 We also documented the role of the temperamental factor of effortful control and the DAT1 g

15 endance largely index genetically influenced temperamental factors that are protective against substa

16 ker of underlying biological, behavioral, or temperamental factors, although reverse causality cannot

17 correlated with novelty seeking, an index of temperamental inflexibility.

18 and adolescents with JPFMS demonstrated more temperamental instability, increased levels of depressio

19 Because temperamental instability, sensitivity to pain, vulnerab

20 diated by intoxication, mixed states, and/or temperamental instability.

21 ensity toward negativity (operationalized as temperamental negative affect and internalizing symptomo

22 oci associated with behavioral, psychiatric, temperamental, or cognitive traits in both species inclu

23 ociated with one or more of 190 psychiatric, temperamental, or cognitive traits in humans (7/12 genes

24 ated with childhood behavioral inhibition, a temperamental precursor of social anxiety disorder (hapl

25 ct the 4-month phenotype, suggests that this temperamental profile may be a fruitful target for high-

26 nificant effect of relatedness on developing temperamental profiles of octopuses.

27 The purpose of this study was to investigate temperamental, psychodynamic, and cognitive factors asso

28 risk factors may be confounded by social or temperamental risk factors earlier in life.

29 An additional sample including youths at temperamental risk for anxiety (N=87; mean age, 10.51 ye

30 r mechanisms underlie complex behavioral and temperamental states across species and may inform our u

31 The temperamental style of behavioral inhibition has been ch

32 Among children with high temperamental surgency, the use of devices to calm at T2

33 ears and for a period of 4 years than the 12 temperamental symptoms (e.g., chronic anger/frequent ang

34 e a better prognosis than the less turbulent temperamental symptoms of the disorder.

35 ciated with child behavioral inhibition, the temperamental tendency to be quiet and restrained in unf

36 While this temperamental trait is crucial to mitigate depression ri

37 he elicitation of parenting is influenced by temperamental traits of the offspring that are, in turn,

38 in relatively short periods, and maladaptive temperamental traits that are relatively more stable-sim

39 We have advanced a template of normative temperamental traits that could lead activists to the th

40 Levels of temperamental traits were then evaluated for 37 octopuse

41 nsporter gene have increased anxiety-related temperamental traits, increased amygdala reactivity and

42 f individuals with increased anxiety-related temperamental traits.

43 young adults with increased anxiety-related temperamental traits.