BACKGROUND: Recent findings indicate that atopics may be more vulnerable to stress than non-atopics. However, the roles of psychological well-being and sleep in this presumed increased sensitivity are not known. PURPOSE: To investigate the effects of a brief naturalistic stressor on psychological responses, sleep, and allergic symptoms and to compare those responses between atopic and non-atopic individuals. METHODS: We assessed atopic and non-atopic students during a period without and during a period with examinations. RESULTS: For both atopic and non-atopic students, tension, anxiety, and depression deteriorated in response to examination, as did sleep latency and sleep quality. Overall, atopics were more tense, had more anxiety, longer sleep latencies, and were less well rested than non-atopics. Non-atopic students rose from bed later during the examination period. In response to examination, atopic students reported increased frequency of stress behaviors (e.g., eating fast), while decreased stress behaviors were reported by non-atopic students. Allergic symptoms were not affected. CONCLUSION: Atopic students were worse off in aspects of psychological well-being and sleep, but displayed only partly stronger responses to a stressor compared to non-atopic students. In spite of a broad negative response to examination, allergic symptoms were not affected.
BACKGROUND: Recent findings indicate that atopics may be more vulnerable to stress than non-atopics. However, the roles of psychological well-being and sleep in this presumed increased sensitivity are not known. PURPOSE: To investigate the effects of a brief naturalistic stressor on psychological responses, sleep, and allergic symptoms and to compare those responses between atopic and non-atopic individuals. METHODS: We assessed atopic and non-atopic students during a period without and during a period with examinations. RESULTS: For both atopic and non-atopic students, tension, anxiety, and depression deteriorated in response to examination, as did sleep latency and sleep quality. Overall, atopics were more tense, had more anxiety, longer sleep latencies, and were less well rested than non-atopics. Non-atopic students rose from bed later during the examination period. In response to examination, atopic students reported increased frequency of stress behaviors (e.g., eating fast), while decreased stress behaviors were reported by non-atopic students. Allergic symptoms were not affected. CONCLUSION: Atopic students were worse off in aspects of psychological well-being and sleep, but displayed only partly stronger responses to a stressor compared to non-atopic students. In spite of a broad negative response to examination, allergic symptoms were not affected.
Authors: Amber M Patterson; Vedat O Yildiz; Maryanna D Klatt; William B Malarkey Journal: Ann Allergy Asthma Immunol Date: 2013-08-06 Impact factor: 6.347
Authors: Sandra Tamm; Catarina Lensmar; Anna Andreasson; John Axelsson; Anton Forsberg Morén; Johan Grunewald; Pär Gyllfors; Bianka Karshikoff; Eva Kosek; Jon Lampa; Caroline Olgart Höglund; Victoria Strand; Simon Cervenka; Mats Lekander Journal: Nat Sci Sleep Date: 2021-06-16