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1 ute mental stress may indicate a more severe stress reaction.
2 nical assessments of the patient's immediate stress reaction.
3 of the variance in severity of posttraumatic stress reaction.
4 ed to play a critical role in signaling cell stress reactions.
5 ent at a traumatic event may also experience stress reactions.
6 ria for Gulf War illness, and post-traumatic stress reactions.
7 mb by identifying fracture lines and osseous stress reactions.
8 a bass, and sea bream, by causing disease or stress reactions.
9 ght to respond to their own and their peers' stress reactions.
10 ity factors that increase the risk of combat stress reactions among soldiers once deployed to a war z
11 s per 1000; 95% CI, 11.8 to 19.6), and acute stress reaction and adjustment disorders (12.0 excess ca
12 3.9 to 23.5), and 16.4 excess cases of acute stress reaction and adjustment disorders (95% CI, 12.2 t
13 linical diagnosis of depression, anxiety, or stress reaction and adjustment disorders, or the experie
14 FoxO-Smad synexpression group suggests that stress reactions and adaptive functions accompany the cy
15 ) is a key signaling component that controls stress reactions and growth at different stages of plant
16 ential of ongoing stress to compound initial stress reactions and lead to a delayed increase in PTSD
17 h greater negative emotionality, aggression, stress reaction, and alienation but lower well-being; pa
18 After pediatric injury, transient traumatic stress reactions are common, and about 1 in 6 children a
20 ical states and traits such as affective and stress reactions, as well as physiological states and sy
21 eexisting trauma, addressing acute traumatic stress reactions associated with the injury event, minim
22 on experienced stress, work contentment, and stress reactions at work in nursing staff working in dem
23 on experienced stress, work contentment, nor stress reactions at work of nursing staff working in dem
26 Rs in the CHD cohort were highest for severe stress reactions, attention deficit/hyperactivity disord
27 have been reported in self-esteem as well as stress reactions, but so far their interactions have not
28 -up assessments, which suggests that adverse stress reactions cannot necessarily be expected to dissi
30 into the IDTC state seems to be an inherent stress reaction for survival toward unfavorable environm
31 vin mononucleotide and regulates the general stress reaction in Bacillus subtilis in response to blue
33 The X-XO system was capable of producing a stress reaction in zebrafish sperm reducing its sperm mo
34 ohormonal activation, hypothalamic-pituitary stress reaction, inflammation and immune cell signaling,
35 he findings in context of time scales of the stress reaction, linked to different neural and function
37 ed in various functional categories, such as stress reactions, nucleotide, or amino acid metabolism a
38 oncentration in the medium revealed an acute stress reaction of the wounded RHE (wRHE) in the first d
39 sex-specific associations of self-esteem and stress reaction on behavioral, hormonal and neural level
40 ertional leg pain includes stress fractures, stress reaction, periostitis, claudication, popliteal ar
41 cal and psychiatric conditions, acute combat stress reaction, post-traumatic stress disorder, and pos
45 developing severe and chronic posttraumatic stress reactions that are associated with chronic anxiet
46 function of the Sup35p prion domain, and the stress reaction to prion infection suggest that [PSI+] i
47 y stressful in the short run, but that acute stress reactions to such an event further predict later
48 dence that 12/15LO modulates brain oxidative stress reactions using ApoE-/- mice crossbred with 12/15