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1 ysis in-field (EAACI-CSMS during the peak of pollen exposure).
2  from two Mediterranean areas with different pollen exposure.
3 efined as upper airway symptoms during grass pollen exposure.
4 n was significantly associated with regional pollen exposure.
5 ne sensitizations in an area with less birch-pollen exposure.
6 were similar in Lapland with its lower birch-pollen exposure.
7  probably driven by diet in combination with pollen exposure.
8 efined as upper airway symptoms during birch pollen exposure.
9 with the magnitude being greater with higher pollen exposure.
10 swallowtail larvae that was likely caused by pollen exposure.
11 as to evaluate the association between grass pollen exposure, allergy symptoms and impact on measured
12           Underlying principles in measuring pollen exposure and associated methodological problems a
13 to study the short-term relationship between pollen exposure and drug-treated SAR over 10 years in an
14 ific CD4(+) T cells generated during natural pollen exposure and during allergy vaccination.
15                The association between grass pollen exposure and early markers of asthma exacerbation
16 ed the associations between short-term grass pollen exposure and lung function and airway inflammatio
17 clear nonlinear positive association between pollen exposure and ocular and nasal symptom severity in
18                      The association between pollen exposure and respiratory symptoms, assessed in we
19  exacerbation by the trigger factors stress, pollen exposure, and change in weather.
20 sitizing allergen in areas with high mugwort pollen exposure, and consequently may facilitate sensiti
21 ation to specific tree species or individual pollen exposures, and results may not be generalizable t
22                                      Ambient pollen exposure causes nasal, ocular, and pulmonary symp
23 ling that the taxonomic composition of grass pollen exposure changes substantially across the grass p
24                                        Grass pollen exposure (compared to tree pollen) and younger ag
25  trial was correlated with the average grass pollen exposure during the first period of the season, w
26  between difference in measured efficacy and pollen exposure during the last part of the season.
27 ling to experimental asthma induced by birch pollen exposure exclusively via the airways.
28 nd in all regions depending on the predicted pollen exposure for spring and a summer peak but not for
29 EAACI position paper provides definitions of pollen exposures for different pollen types for use in A
30 kinetics of symptom expression under natural pollen exposure have never been systematically studied,
31 red with placebo by using controlled ragweed pollen exposure in an EEC.
32 oups of the EAACI reviewed the literature on pollen exposure in the context of defining relevant time
33 ide epigenetic changes induced by controlled pollen exposure in the environmental exposure unit (EEU)
34                                        Grass pollen exposure in the first 7 days was associated with
35 We aim to examine associations between grass pollen exposure in the first months of life and lung fun
36                                 While recent pollen exposure in the last approximately 5 h affected s
37                                              Pollen exposure induces allergic airway inflammation in
38                                              Pollen exposure induces local and systemic allergic immu
39  or regulatory authorities for this relevant pollen exposure intensity or period of time (season) is
40 c rhinitis (AR) depends on the definition of pollen exposure intensity or time period.
41                                              Pollen exposure is associated with respiratory symptoms
42                          We examined whether pollen exposure is associated with respiratory symptoms
43 rimary sensitizer in regions with high olive pollen exposure, leading to the peach nsLTP sensitizatio
44  included often many recording days with low pollen exposure (max.
45 evelopment, the identified adverse effect of pollen exposure may be relevant for the evolvement of ch
46  Overall meta-analysis suggests that outdoor pollen exposure may have an effect on asthma exacerbatio
47 ber of studies have focused on the impact of pollen exposure on asthma.
48                       However, the effect of pollen exposure on lung function has rarely been investi
49 anto event 810 failed to detect an effect of pollen exposure on the black swallowtail, Papilio polyxe
50 minant, exposure accounted for >10% of total pollen exposure only in Siauliai (Artemisia) and Legnano
51  effect based on TCS was greater with higher pollen exposure (P < 0.001).
52 iterranean country characterized by multiple pollen exposures, PFS is a complex and frequent complica
53           Preventive measures in relation to pollen exposure should be integrated in asthma control a
54 y, an MID differs according to the allergen, pollen exposure, symptom severity, patient age and treat
55 e course of the pollen season; and (3) which pollen exposure time lags affect symptoms.
56 chieved a comprehensive position in defining pollen exposure times for different pollen types.
57 e Mediterranean climate leads to challenging pollen exposure times.
58 rst systematic review on the relationship of pollen exposure to asthma exacerbations aimed to bridge
59 ed the humoral immune response under natural pollen exposure to potentially uncover nasal biomarkers
60   We calculated hourly individually relevant pollen exposure to seven allergenic plants (alder, ash,
61 , in particular Betula, is the most dominant pollen exposure, two folds higher than to Poaceae, and g
62 led the association between cumulative grass pollen exposure up to 3 months after birth, on FEV(1) ,
63                 Increase in cumulative grass pollen exposure up to 3 months was negatively associated
64 n as early as during the first year of life, pollen exposure was associated with an increased risk of
65                  We demonstrate that natural pollen exposure was associated with changes in IgE reper
66                                        Grass pollen exposure was associated with eosinophilic airway
67                                              Pollen exposure was associated with increased respirator
68 s with severe symptoms during the peak grass pollen exposure was in all seasons lower in the active g
69 n be no preventive measures against airborne pollen exposure, we suggest wide dissemination of pollen
70                                              Pollen exposure weakens the immunity against certain sea
71 r severe symptoms in regions with high olive pollen exposure, where many Ole e 7-sensitized patients
72                  However, the association of pollen exposure with respiratory symptoms during infancy
73 ower than in those with SAR but followed the pollen exposure with similar kinetics.
74 rved treatment effect is highly dependent on pollen exposure with the magnitude being greater with hi