ライフサイエンスコーパス: emotional stress

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1 mechanical stress, immune response, and even emotional stress.

2 1 stabilization in anti-apoptotic effects of emotional stress.

3 and to reactivate on physical, hormonal, or emotional stress.

4 art failure syndrome precipitated by intense emotional stress.

5 ine and autonomic PVH outputs in response to emotional stress.

6 amo-pituitary-adrenal (HPA) axis response to emotional stress.

7 th left ventricular dysfunction after sudden emotional stress.

8 and none reflected evidence of cognitive or emotional stress.

9 to a number of stimuli, such as coldness or emotional stress.

10 m, often precipitated by cold temperature or emotional stress.

11 and to reactivate on physical, hormonal, or emotional stress.

12 e common than deaths during exercise or with emotional stress: 82% versus 16%.

13 Physical exertion, emotional stress and environmental temperature were the

14 changes may confer increased sensitivity to emotional stress and impaired social competence, contrib

15 adipose tissue in sensing and responding to emotional stress and in behavioral regulation, however,

16 but also for the regulation of responses to emotional stress and other autonomic functions.

17 opportunity to examine the relation between emotional stress and sudden cardiac death.

18 in animal models raise the question whether emotional stress can cause striatal degeneration in susc

19 Episodes of acute emotional stress can have significant adverse effects on

20 Emotional stress can precipitate severe, reversible left

21 Acute emotional stress can produce left ventricular contractil

22 hic ventricular tachycardia with physical or emotional stress, for which current therapy with beta-bl

23 left ventricular dysfunction precipitated by emotional stress has been reported, but the mechanism re

24 Nonpharmacological approaches to manage emotional stress in patients with and without coronary a

25 esent new data also implicating psychosocial/emotional stress in RCAN1 induction.

26 bute to alterations in HPA axis responses to emotional stress in sensitization and habituation paradi

27 teristics, patient survival, or the level of emotional stress in the medical team and did not result

28 itry providing for dorsal mPFC modulation of emotional stress-induced HPA activation.

29 We found that NE, as well as emotional stress, induces phosphorylation of GluR1 at si

30 Emotional stress is associated with increased risk of ca

31 Although emotional stress is associated with ischemic heart disea

32 experience in mounting adaptive responses to emotional stress, it follows that the LC-to-mPFC pathway

33 the week after the earthquake, suggests that emotional stress may precipitate cardiac events in peopl

34 Lateralization of cerebral activity during emotional stress may stimulate the heart asymmetrically

35 It can be precipitated by emotional stress, neurologic injury, and numerous other

36 , hospital anxiety and depression scale, and emotional stress of carers (general health questionnaire

37 iety, depression, and number of falls, or on emotional stress of carers.

38 use of their religion as they coped with the emotional stress of RA.

39 sudden cardiac death in the setting of acute emotional stress should receive a beta-blocker.

40 few weeks, often associated with physical or emotional stress, suggests a trigger initiating a nervou

41 ardiovascular events in the setting of acute emotional stress, the anatomical substrate and physiolog

42 ubstrate and physiological pathways by which emotional stress triggers cardiovascular events are only

43 thalamo-pituitary-adrenal (HPA) responses to emotional stress via influences on neuroendocrine effect

44 tients are often associated with exercise or emotional stress, which suggests a prominent role for th

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