Illness-specific catastrophic thinking and overperception in asthma.

Peuter, Steven De; Lemaigre, Valentine; Diest, Ilse Van; Bergh, Omer Van den

doi:10.1037/0278-6133.27.1.93

Cited by 59 publications

(54 citation statements)

References 47 publications

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“…After screening, 19 recent papers were selected. The retrieved papers, reflecting a wide age range, degree of severity, and setting, are summarized in Table 1 [18][19][20][21][22][23][24][25][26][27][28][29][30][31][32][33][34][35].…”

Section: Resultsmentioning

confidence: 99%

Illness perceptions: impact on self-management and control in asthma

Kaptein

Klok

Moss‐Morris

et al. 2010

Current Opinion in Allergy &Amp; Clinical Immunology

116

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Illness perceptions influence the way in which patients with asthma cope and their self-management of the illness. Illness perceptions can be assessed quite easily and directly, they inform healthcare providers about the psychosocial responses of patients towards their asthma, they are responsive to change in the clinical encounter or via self-management intervention training. Exploring patient's illness perceptions, therefore, is a crucial component of good clinical care.

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Section: Resultsmentioning

confidence: 99%

Illness perceptions: impact on self-management and control in asthma

Kaptein

Klok

Moss‐Morris

et al. 2010

Current Opinion in Allergy &Amp; Clinical Immunology

116

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“…Moreover, variables such as medication use and perceived symptom frequency (and intensity) could even represent forms of illness behaviour which may be influenced by cognitive and affective factors (e.g. De Peuter, Lemaigre, Van Diest, & Van den Bergh, 2008;Main, Moss-Morris, Booth, Kaptein, & Kolbe, 2003). Consequently, the resultant index may provide a distorted representation of actual severity.…”

Section: Dimensions Of Aib Quantified By the Ibqmentioning

confidence: 94%

New dimensions of abnormal illness behaviour derived from the Illness Behaviour Questionnaire

Prior

Bond

2010

Psychology & Health

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The primary aim was to explore the factor structure of the Illness Behaviour Questionnaire (IBQ) and the generalisability of the derived dimensions to both general community members and four chronic illness groups. A questionnaire was administered to 675 participants, comprising 344 from the community, 80 with asthma, 95 with diabetes, 79 with chronic pain and 77 with chronic fatigue syndrome (CFS). Illness severity was calculated for all chronic illness participants (self-rated health for community members). Three IBQ scales were derived following an exploratory factor analysis for the whole sample: Affirmation of Illness (α = 0.71 (CFS)-0.79 (asthma, diabetes)), Concern for Health (α = 0.71 (asthma)-0.78 (pain)) and General Affective State (α = 0.70 (CFS)-0.80 (asthma)). Patterns of response across the five samples, and intercorrelations among the new scales and the original seven scales, were largely in accord with expectation. Long-standing criticisms of the IBQ were addressed by using systematic statistical principles to identify meaningful and psychometrically sound IBQ dimensions. The derived structure offers a more parsimonious account of possible illness responses, with the availability of a more concise yet informative index of abnormal illness behaviour having practical utility for researchers and clinicians alike.

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“…As no pulmonary physiological deficit could explain this variability (Boulet and Turcotte, 2007), subjects were categorized in over-, normo-and poor-perceivers (Boulet et al, 1994). Based on clinical and experimental observations (De Peuter et al, 2008;Giardino et al, 2010;Li and Puntillo, 2006;Livermore et al, 2008;Nardi et al, 2009;Spinhoven et al, 1997;von Leupoldt et al, 2006), the idea emerged that psychological factors could modify respiratory sensory perception (Boulet et al, 1991;Gibson, 1995). However, objective modulation of respiratory sensory processing by emotion has not been studied extensively.…”

Section: Introductionmentioning

confidence: 99%

Negative emotional stimulation decreases respiratory sensory gating in healthy humans

Chenivesse

Chan

Tsai

et al. 2014

Respiratory Physiology & Neurobiology

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We tested the hypothesis that negative emotions decrease the respiratory-related evoked potentials (RREP) sensory gating (RSG). RREP were elicited by paired inspiratory occlusions. RSG was calculated as the difference in the averaged RREP peak N1 amplitude between the second (S2) and the first occlusion (S1). RSG was compared between unpleasant and neutral emotional conditions elicited by viewing affective pictures from the IAPS system in thirteen healthy adults. Results are expressed as median [min; max]. Compared to neutral pictures, viewing unpleasant pictures decreased the RREP N1(S1) amplitude (-3.37 μV [-4.62; -1.37] versus -4.59 μV [-6.08; -1.36]; p=0.017) but not the RREP N1(S2) amplitude (-0.26 [-3.24; 2.36] versus -0.7 [-1.54; 3.6]; p = 0.68), and reduced the difference score S2-S1 (3.73 μV [0; 5.82] versus 4.79 μV [3; 6.2]; p = 0.038). We concluded that a negative emotional stimulation could attract subject's attention to the detriment of the respiratory sensory inputs and produced an overall decrease in the RSG. This latter finding might participate in an over-perception of repeatedly presented respiratory stimuli.

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Illness-specific catastrophic thinking and overperception in asthma.

Cited by 59 publications

References 47 publications

Illness perceptions: impact on self-management and control in asthma

Illness perceptions: impact on self-management and control in asthma

New dimensions of abnormal illness behaviour derived from the Illness Behaviour Questionnaire

Negative emotional stimulation decreases respiratory sensory gating in healthy humans

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